Can be used as a filtering layer in respiratory protection products. Thanks to its excellent hydrophobicity and barrier properties, our fabric can resist bacterial and fungal penetration

  Efficiently filters respirable particles.  Superfine fibers 1-5 micrometers in diameter provide increased number and surface area of fibers per unit area that can capture even the smallest particles

  Extended areas of application. Meltblown fabric can be attached to a breathable foundation like other nonwoven fabrics or textiles to make surgical face masks, disposable gowns, sanitary napkins and many more

  Increased durability compared to other nonwoven fabrics. The fibers in our melt blown fabric are distributed more evenly, increasing its elasticity. The fabric doesn’t wrinkle and holds its desired shape

  High sorption capacity and sorption rate. Unique capillary structure of high quality polypropylene fibers allows it to retain liquids several times its own weight

• Remove somatic cells
  thanks to 3 μm filtration cells with our patented SomaticStop technology. Patent no. 2619639 from 07.07.2016 “Ultra-fine purification filter”.
• Preserve fat content in milk 
  The unique winding of polypropylene thread lets elastic balls of fat easily pass through its polygonal cells.
• Double your profit from milk production
  Start processing milk and sell it at a retail price with market premium.
• Strengthen your company’s reputation
  Always produce high quality milk with consistent test results.
• Install it at any straight place in the dairy pipeline
  The branch pipes are arranged conveniently. Every filter housing comes with a set of individually selected fittings with different types of fastening.
• Filter more milk
  180 framing and filtering layers provide a larger filtration area and increase the filter’s capacity.

How it works: Filtering layers are arranged using a unique patented technology SomaticStop. Multilayer cylindrical channels of the filter element are formed by discrete layers of fibers, obtained by the aerodynamic extrusion of food grade polypropylene, smoothly merging into each other. The smooth transition between the layers reduces gaps in the flow and the hydraulic resistance of the filter element, increasing its throughput.

Microvilli of polypropylene are angled to the fibers in such a way that impurities and somatic cells get stuck in them and fat globules, having the ability to shrink and stretch, pass through the smallest channels of the filtering element without getting caught in it.

The dirty milk is fed into the filter housing through the lower inlet pipe and then under the pump’s pressure it flows through the cartridge from the center to the periphery. Finally, through the outlet in the housing wall you get premium milk with low somatic cell count.

• The filter is most efficient during milking when installed prior to the cooling tank
• Install the filter in a straight section of the milk pipe near the cooling tank
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate fittings
• Milk enters the filter housing through the inlet in the bottom cap and passes under pressure through the filter element. Pure milk comes out through a branch pipe in the side of the housing

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK^® ULTRA filter prior to the cooling tank right after milking while milk is warm to prevent dissolution of mastitis products and somatic accumulations.
• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (inlet), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (outlet).
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The system should be washed after each milking and a new cartridge should be installed on the next milking to prevent bacterial growth and milk going sour.
• The silicone seals in the housing should be replaced 2 times a year.
• To make UVMILK^® ULTRA Active filter work more efficiently an additional level of filtration is recommended prior to it. See UVMILK^® MAX filter for more information.
• One filtering cartridge should be used for one milking only.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures  
  thanks to 3 mm thick Italian stainless steel
• Clean and efficient
  The cap connects to the body with a clamp, which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing
• Easy to rinse
  thanks to obtuse angles of the pipes and mirror polish
• Quick installation and disassembly
  thanks to clamp connections that can be disassembled in a minute
• Completely tight
  thanks to silicone seals that prevent fluid leakage
• Suitable for any equipment
  thanks to standard mountings

How it works: Under pressure dirty liquid enters the filter housing through the side connection and is distributed over the surface of the cartridge. Filtration is carried out from the inner layers to the outer ones. You receive the purified liquid from the branch pipe in the lower cap of the housing.

• The filter is most efficient during milking when installed prior to the cooling tank
• Install the filter in a straight section of the milk pipe near the cooling tank
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate fittings
• Milk enters the filter housing through the inlet in the bottom cap and passes under pressure through the filter element. Pure milk comes out through a branch pipe in the side of the housing.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (inlet), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Improve milk quality 
  Unique variable winding technology allows us to implement different filtration cell sizes on different layers of the filter cartridge significantly increasing its capacity and providing you with better results.
• Reduce bacterial contamination and acidity in milk 
  Milk provides a highly nutritious medium for bacterial growth. Impurities need to be removed as soon as possible, and this 5 μm filter catches even the smallest of them before the bacteria start multiplying.
• Increase the shelf life of milk
  Reducing bacterial contamination and lowering the acidity will help your milk stay fresh longer.
• Optimize your workflow  
  The filter requires very little maintenance: remove the used cartridge after milking and flush the system with reverse water flow, no need to disassemble it or change filters during milking.
• Maintain pressure levels in the system 
  Thanks to the variable winding of the filter it provides little resistance to the flow and does not clog while working at full capacity.
• Increase your profit from milk production 
  Always get quality premiums for selling high-quality milk filtered with UVMILK® Max

How it works: The dirty milk is fed into the filter housing through the side inlet pipe and distributed over the outer surface of the cartridge. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter in a 90 degree section of the milk pipe (hose) after the pump
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate couplings
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK^® Max filters right after milking while milk is warm to prevent dissolution of impurities.
• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (input), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (output).
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• One filtering cartridge should be used for one milking only.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The system should be washed after each milking and a new cartridge should be installed on the next milking to prevent bacterial growth and milk going sour.
• The silicone seals in the housing should be replaced 2 times a year.
• To make the UVMILK^® Max filter work more efficiently an additional level of filtration is recommended prior to it. See UVMILK^® Sock filter for more information.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures thanks to 3 mm thick Italian stainless steel
• The cap connects to the body with a clamp which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing
• Easy to rinse thanks to obtuse angles of the pipes and mirror polish
• Quick installation and disassembly of the case thanks to clamp connections that can be disassembled in a minute
• Silicone seals prevent fluid leakage and make the housing completely tight
• Suitable for any equipment thanks to standard mountings

How it works: The dirty milk is fed into the filter housing through the side inlet pipe and distributed over the outer surface of the cartridge. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter in a 90 degree section of the milk pipe (hose) after the pump
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate couplings
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (inlet), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Get clean milk with no impurities 
  Use multilayered UVMILK^® filters made of spun polypropylene with 10 μm filtration cells.
• Reduce milk spills 
  Unlike common sewn milk filters, you don’t need to change UVMILK^® Sleeve filters during milking, wasting time and spilling milk.
• Completely avoid filter tears 
  Our sock filter has no seams and the tip is laser soldered.
• Maintain stable pressure levels in the milk pipe
  Thanks to the variable winding of the filter it provides little resistance to the flow and does not clog while working at full capacity.
• Save money on filter housing 
  This filter will fit in any sock filter housing you already have.
• Optimize your workflow 
  Filters that don’t need the spring inside and only need to be changed after milking help you build seamless work processes and increase productivity.

How it works: The dirty milk is fed into the filter housing through the top inlet pipe in the housing cap and distributed over the outer surface of the cartridge. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter in the hose after the receiver jar and the pump
• Cut the hose where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• Milk enters the filter housing through the top inlet pipe in the housing cap and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.
• To use this filter with the filter housing you already have, remove the spiral first, then use the adaptor to hold the filter in place and fasten the cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK® Sleeve filters right after milking while milk is warm to prevent dissolution of impurities.

• WARNING: The adapter must be screwed in straight to avoid damage to the housing wall. Do not tilt the filter when screwing in the adapter.
• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (input), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (output).
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• One filtering cartridge should be used for one milking only.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The system should be washed after each milking and a new cartridge should be installed on the next milking to prevent bacterial growth and milk going sour.
• The silicone seals in the housing should be replaced 2 times a year.
• To make the UVMILK® Sleeve filter work more efficiently an additional level of filtration is recommended prior to it. See UVMILK® Slotted filter for more information.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures
  thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp
  which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing
• Easy to rinse
  thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case
  thanks to clamp connections that can be disassembled in a minute.
• Silicone seals
  prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment
  thanks to standard mountings.

How it works: The dirty milk is fed into the filter housing through the top inlet pipe in the housing cap and distributed over the outer surface of the cartridge. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter in the hose after the receiver jar and the pump
• Cut the hose where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• Milk enters the filter housing through the top inlet pipe in the housing cap and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.
• To use this filter with the filter housing you already have, remove the spiral first, then use the adapter to hold the filter in place and fasten the cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (inlet), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Efficiently filter large mechanical impurities from your milk 
  Special architecture of filtration slots allows for better retention of large contaminants in milk, such as straw, sawdust and insects.
• Prevent breakage of dairy equipment 
  100 μ filtration cells don’t let solid mechanical particles into the milk line.
• Reduce waste 
  The filter is made of a thick walled stainless steel pipe highly resistant to deformation, corrosion and temperature. It will serve you for years with no consumables needed.
• Lower hydraulic resistance and pressure in the system 
  The milk passes through the filter faster due to an increased ratio of the holes area to the filtering surface.
• Optimize your workflow and save time 
  After milking you only need to flush the filter with reverse water flow, no need to disassemble it.
• Increase capacity and improve efficiency of other filters 
  High dirt holding capacity of UVMILK® SL Slotted filter allows it to retain large mechanical particles that otherwise would clog the next levels of milk filtration.

How it works: The dirty milk is fed through the side inlet pipe into the filter housing. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

The filter is designed as a thick-walled metal pipe made of Italian food grade stainless steel with laser cut holes. The holes are shaped as longitudinal cones, tapering towards the center of the filter, which makes it easy to remove impurities with reverse water flow without leaving any residue. There are practically no dead zones on the surface of the UVMILK® SL Slotted filter, due to which the cartridge has an increased throughput and minimum hydraulic resistance, which increases its capacity several times.

The strength and rigidity of the structure is ensured by the 2 mm thick pipe wall and the staggered arrangement of the holes in the filter. Milk passes freely through the filter cells while large dirt particles are retained.

• Install the filter prior to the receiver jar at a 90 degree angle. The power of the milk pump is usually sufficient to force milk through the UVMILK® Slotted filter.
• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps.
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing.
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK® Slotted filter right after milking while milk is warm to prevent dissolution of impurities and large particles getting into the milk line.
• After milking flush UVMILK® Slotted filter cartridge with reverse water flow, no need to disassemble it.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.
• For the most efficient filtration additional filtering levels are recommended after the UVMILK® Slotted filter. See UVMILK® Sock, UVMILK® MAX and UVMILK® ULTRA Active filters for more information.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp, which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing.
• Easy to rinse thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case thanks to clamp connections that can be disassembled in a minute.
• Silicone seals prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment thanks to standard mountings

How it works: The dirty milk is fed through the side inlet pipe into the filter housing. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter prior to the receiver jar at a 90 degree angle
• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the "ВХОД" (inlet), and then, when the housing fills up with milk, gradually open the "ВЫХОД" (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Use it on any surface 
  Its soft hypoallergenic material is exceptionally good at retaining dust, small debris, oil, foam, etc.
• Clean animal udders quickly and efficiently 
  The towels’ embossed surface and low hygroscopicity allows for a better removal of impurities like hygiene products, dirt and traces of bedding.
• Save on detergent and water consumption 
  The special structure and increased density of the non-woven material are specifically designed to easily clean milk fat off your equipment.
• Safely clean agricultural machinery parts 
  No need to expose your hands and machinery parts to harsh chemicals during repair and maintenance, because these towels are exceptionally good at absorbing fuel and oil.
• Use the towels multiple times 
  The multi-layered fabric with an embossed outer layer gives the towels extra density and strength.
• Prevent inflammatory processes in animals 
  Thorough cleaning of animal udders with a towel significantly limits sources of bacterial contamination.

How it works:

UVMILK® Sanitary towel consists of 5 layers of non-woven material: one wireframe layer, two soft cotton layers and two embossed layers. This allows the towels to be soft and strong and to absorb oil and grease well. Embossed top layer protects the towel from tearing.

When wiping a dirty surface with a UVMILK® towel, all dirt remains in the cells of the top embossed layer. If necessary, the towel can be rinsed with clean water and used to wipe the surface again.

• UVMILK® Sanitary towels are recommended for treatment of all types of surfaces.
• A new towel comes off easily along the perforation line.
• UVMILK® Sanitary towels can be washed several times for reuse.
• Use one towel for one animal to avoid transmission of infection.
• Washed UVMILK® Sanitary towels are disposed together with other plastic waste. Please consult your local recycling operator for disposal of towels with residues of technical oils.
• Towels can be placed anywhere with a stainless steel holder.

• Improved milk filtering
  with 2-layer filter construction that efficiently removes large mechanical impurities from your milk
• Reduced waste
  thanks to filter construction, free from replaceable parts and electricity operation
• Improved efficiency of other filters
  due to preliminary milk filtering which retain large mechanical particles that otherwise would clog the next finer levels of milk filtration
• Deformation and rupture resistance
  thanks to a rigid perforated filter frame that protects the mesh from rupture
• Breakage protection and extending dairy equipment life time
  due to preventing pressure surges that may occur in case that large mechanical particles clog units and assemblies of dairy equipment
• Time and labor cost reduction
  due to long filter operation before washing and easy backwashing

How it works: The dirty milk is fed through the side inlet pipe into the filter housing. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities. The filter structure combines perforated stainless steel sheet and braided steel mesh which provides double filtration and more safe construction.

The filter mesh winding is made of triangle wire which is fixed on lengthwise stringers of perforated stainless steel sheet. They are fixed by micro welding at each intersection point, so thereby it gets into a united non-separable structure.

The special triangle wire totally excludes the possibility of clogging the slots of the filter. The cartridge is angled to the flow axis and totally covers flow area which filters milk from any mechanical impurities. These filters can work at high pressure conditions which provide stable work in case of a sudden hydraulic impact.

• Install the filter to the milk line at a 90 degree angle.
• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps or weld it.
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing.
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK® SL mesh filter while milking when milk is warm to prevent dissolution of impurities and large particles getting into milk line.
• After milking flush UVMILK® SL mesh filter cartridge with reverse sanitizing water flow, no need to disassemble it.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.
• For the most efficient filtration complete your milk line with 4 filtering levels with UVMILK® Sock filter, UVMILK® Standard and UVMILK® ULTRA Practic.

• Filtering large impurities

with numerous fibers keeping large dirt particles on filter surface and inside the filtering layers

• Use filter with the housing that you already have

UVMILK® Sock filter size fits any sock filter housing of any manufacturer

• Save on milk filtering

The filter is quite cheap and is made of high throughput material that will filter declared amount of milk

• Completely avoid filter tears

Our sock filter has no seams and the tip is laser soldered.

• Safe interaction with raw milk

Due to 100% primary PP with no dyes or chemicals that could penetrate into milk

• Reduce milk waste while filter replacement

UVMILK® Sock filters are highly hygroscopic and don’t absorb milk  

How it works: To install the filter, place the filter cartridge on the spring, then put it altogether into the housing. The milk is fed into the filter housing through the inlet in the cap and passes through the filter under the pump pressure. Pure milk comes out through a branch pipe in the lower housing cover.

The filtering cartridge looks like a sock with a smoothed surface. The material is rolled through heated rolls and the fibers get sintered to the surface, which eliminates the loss of fibers. The milk flows through the branched channels of the filter cloth, moving evenly over the layers. The seams are laser soldered, which guarantees their strength and tightness, preventing any small mechanical impurities from contaminating the milk.

• Install the filter in the hose after the receiver jar and the pump
• Cut the hose where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• To install the filter into housing you need to put filter cartridge on the spring inside the housing
• Milk enters the filter housing through the top inlet pipe in the housing cap and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap

• Use UVMILK® Sock filters right after milking while milk is warm to prevent dissolution of impurities.
• WARNING: The spring must be screwed in straight to avoid filter tearing. Do not tilt the filter while fixing.
• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (input), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (output).
• One filtering sock should be used for one milking only.
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable filtering sock and dispose it together with other solid waste.
• The system should be washed after each milking and a new filtering sock should be installed for the next milking to prevent bacterial growth and milk going sour.
• To make the UVMILK® Sock filter work more efficiently an additional level of filtration is recommended prior to it. See UVMILK® SL Mesh filter for more information.

• Filtering large impurities

with numerous fibers keeping large dirt particles on filter surface and inside the filtering layers

• Use filter with the housing that you already have

UVMILK® Sock filter size fits any sock filter housing of any manufacturer

• Save on milk filtering

The filter is quite cheap and is made of high throughput material that will filter declared amount of milk

• Completely avoid filter tears

Our sock filter has no seams and the tip is laser soldered.

• Safe interaction with raw milk

Due to 100% primary PP with no dyes or chemicals that could penetrate into milk

• Reduce milk waste while filter replacement

UVMILK® Sock filters are highly hygroscopic and don’t absorb milk  

How it works:  To install the filter, place the filter cartridge on the spring, then put it altogether into the housing. The milk is fed into the filter housing through the inlet in the cap and passes through the filter under the pump pressure. Pure milk comes out through a branch pipe in the lower housing cover.

The filtering cartridge looks like a sock with a smoothed surface. The material is rolled through heated rolls and the fibers get sintered to the surface, which eliminates the loss of fibers. The milk flows through the branched channels of the filter cloth, moving evenly over the layers. The seams are laser soldered, which guarantees their strength and tightness, preventing any small mechanical impurities from contaminating the milk.

• Install the filter in the hose after the receiver jar and the pump
• Cut the hose where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• To install the filter into housing you need to put filter cartridge on the spring inside the housing
• Milk enters the filter housing through the top inlet pipe in the housing cap and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap

• Use UVMILK® Sock filters right after milking while milk is warm to prevent dissolution of impurities.
• WARNING: The spring must be screwed in straight to avoid filter tearing. Do not tilt the filter while fixing.
• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (input), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (output).
• One filtering sock should be used for one milking only.
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable filtering sock and dispose it together with other solid waste.
• The system should be washed after each milking and a new filtering sock should be installed for the next milking to prevent bacterial growth and milk going sour.
• To make the UVMILK® Sock filter work more efficiently an additional level of filtration is recommended prior to it. See UVMILK® SL Mesh filter for more information.

• Filtering large impurities

with numerous fibers keeping large dirt particles on filter surface and inside the filtering layers

• Use filter with the housing that you already have

UVMILK® Sock filter size fits any sock filter housing of any manufacturer

• Save on milk filtering

The filter is quite cheap and is made of high throughput material that will filter declared amount of milk

• Completely avoid filter tears

Our sock filter has no seams and the tip is laser soldered.

• Safe interaction with raw milk

Due to 100% primary PP with no dyes or chemicals that could penetrate into milk

• Reduce milk waste while filter replacement

UVMILK® Sock filters are highly hygroscopic and don’t absorb milk  

How it works:  To install the filter, place the filter cartridge on the spring, then put it altogether into the housing. The milk is fed into the filter housing through the inlet in the cap and passes through the filter under the pump pressure. Pure milk comes out through a branch pipe in the lower housing cover.

The filtering cartridge looks like a sock with a smoothed surface. The material is rolled through heated rolls and the fibers get sintered to the surface, which eliminates the loss of fibers. The milk flows through the branched channels of the filter cloth, moving evenly over the layers. The seams are laser soldered, which guarantees their strength and tightness, preventing any small mechanical impurities from contaminating the milk.

• Install the filter in the hose after the receiver jar and the pump
• Cut the hose where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• To install the filter into housing you need to put filter cartridge on the spring inside the housing
• Milk enters the filter housing through the top inlet pipe in the housing cap and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap

• Use UVMILK® Sock filters right after milking while milk is warm to prevent dissolution of impurities.
• WARNING: The spring must be screwed in straight to avoid filter tearing. Do not tilt the filter while fixing.
• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (input), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (output).
• One filtering sock should be used for one milking only.
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable filtering sock and dispose it together with other solid waste.
• The system should be washed after each milking and a new filtering sock should be installed for the next milking to prevent bacterial growth and milk going sour.
• To make the UVMILK® Sock filter work more efficiently an additional level of filtration is recommended prior to it. See UVMILK® SL Mesh filter for more information.

• Improve milk quality 
  Unique variable winding technology allows us to implement different filtration cell sizes on different layers of the filter cartridge
• Reduce bacterial contamination and acidity in milk 
  Milk provides a highly nutritious medium for bacterial growth. Impurities need to be removed as soon as possible, and this 5 μm filter catches even the smallest of them before the bacteria start multiplying.
• Maintain pressure levels in the system 
  Thanks to the variable winding of the filter it provides little resistance to the flow and does not clog while working at full capacity.
• No milk loss 
  Thanks to exact sizes (up to 1 mm) which guarantee perfect filter fitting inside the housing.
• Increase your profit from milk production 
  Always get quality premiums for selling high-quality milk filtered with UVMILK® Standard.

How it works: The dirty milk is fed into the filter housing through the side inlet pipe and under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get high quality milk with low bacterial cell count.

Filtering cartridge is formed with over 100 discrete rows of food grade PP that is made by aerodynamic extrusion. Maximum filtration efficiency is achieved through a unique patented variable winding technology.

Winding density of PP thread grow up from the periphery to the center which provide multistage milk filtering that filter large contaminations first and minor bacterial cells as a second step, meanwhile letting milk fat globules go through easily.

• Install the filter in a 90 degree section of the milk pipe (hose) after the pump
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate couplings
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK^®  Standard filters right after milking while milk is warm to prevent dissolution of impurities.
• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (input), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (output).
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• One filtering cartridge should be used for one milking only.
• Wash the milking system each time and use a new filtering cartridge for each milking to prevent bacterial cell grow and milk go sour.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The system should be washed after each milking and a new cartridge should be installed on the next milking to prevent bacterial growth and milk going sour.
• The silicone seals in the housing should be replaced 2 times a year.
• To make the UVMILK^® Standard filter work more efficiently an additional level of filtration like UVMILK^® Sock filters is recommended prior to it.

• Remove somatic cells
  Thanks to 3 μm filtration cells with our patented SomaticStop technology. 
• Top-grade milk
  With the unique technology of PP thread winding clearing the milk from all impurities.
• Double your profit from milk production
  Start processing milk and sell it at a retail price with market premium.
• Strengthen your company’s reputation
  Always produce high quality milk with consistent test results.
• Install it at any straight place in the dairy pipeline
  The branch pipes are arranged conveniently. Each filter housing can be supplied with a set of individually selected fittings with different types of fastening.
• Preserve fat content in milk 
  The unique winding of polypropylene thread lets elastic balls of fat easily pass through its polygonal cells.

How it works:  The dirty milk is fed into the filter housing through the bottom pipe and under the pump’s pressure it flows through the cartridge from the center to the periphery. Finally, through the outlet in the side outlet pipe you get high quality milk with low somatic cell count.

Filtering layers are arranged using a unique patented technology SomaticStop. Multilayer cylindrical channels of the filter element are formed by discrete layers of fibers, obtained by the aerodynamic extrusion of food grade polypropylene, smoothly merging into each other. The smooth transition between the layers reduces gaps in the flow and the hydraulic resistance of the filter element, increasing its throughput.

Microvilli of polypropylene are angled to the fibers in such a way that impurities and somatic cells get stuck in them and fat globules, having the ability to shrink and stretch, pass through the smallest channels of the filtering element without getting caught in it.

• The filter is most efficient during milking when installed prior to the cooling tank
• Install the filter in a straight section of the milk pipe near the cooling tank
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate fittings
• Milk enters the filter housing through the inlet in the bottom cap and passes under pressure through the filter element. Pure milk comes out through a branch pipe in the side of the housing

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK^® ULTRA filter prior to the cooling tank right after milking while milk is warm to prevent dissolution of mastitis products and somatic accumulations.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (inlet), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (outlet).
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• One filter cartridge should be used for the declared amount of milk, and it’s total usage should not exceed 5 hours to prevent bacterial cell grow inside it.
• The system should be washed after each milking and a new cartridge should be installed on the next milking to prevent bacterial growth and milk going sour.
• The silicone seals in the housing should be replaced 2 times a year.
• To make UVMILK^® ULTRA Practic filter work more efficiently an additional level of filtration is recommended prior to it. See UVMILK^® Standard filter for more information.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp, which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing.
• Easy to rinse thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case thanks to clamp connections that can be disassembled in a minute.
• Silicone seals prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment thanks to standard mountings

How it works: The dirty milk is fed through the side inlet pipe into the filter housing. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clear liquid with no impurities.

• Install the filter to the milk line at a 90 degree angle.
• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps or weld it.
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing.
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the "ВХОД" (inlet), and then, when the housing fills up with milk, gradually open the "ВЫХОД" (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Efficient clearing from mechanical impurities thanks to multi-layered UVOIL® filter made from expanded polypropylene with multi-micron variable winding technology providing 10 microns filtering

• Filter durability due to thick-wall stainless steel housing resistant to mechanical stress and corrosion  

• Cold and hot pressing with a special filter construction made for filtering vegetable oils of different viscosity grades

• Installation to any section of technological chain due to compact housing size and universal fastenings. Can be installed both after the press or at the hydration and extraction section

• No oil loss while filtering thanks to UVOIL® filter providing minimal resistance and stable system pressure

• Reliability and durability
  due to stainless steel housing, resistant to deformation and corrosion. Special silicon seals prevent oil leaks  
• Ease of use
  no special equipment required for installation. Clamp fastenings make it easy to install to any production chain section.
• Easy to rinse
  thanks to mirror polish and obtuse angles of the pipes that don’t let the dirt stay in housing
• Quality housing production
  on computerized CNC machines. No external welds on housing and the internal seams are ground to ensure no leaks

• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps or weld it.
• Install the housing into the system by connecting the inlet and outlet connections to the caps and to the filter housing.
• Liquid enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure oil comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• UVMILK® filter housing is installed after the pump. Pressure allowed is 1,5 - 10 atm.
• To avoid hydraulic impact, after you install the filter first open the "ВХОД" (inlet), and then, when the housing fills up with milk, gradually open the "ВЫХОД" (outlet).
• No need to reassemble housing to wash it.
• The silicone seals in the housing should be replaced 2 times a year.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• For efficient and long housing operation grease the clamps screw-threads with food grade lubricants 

• Efficient clearing from mechanical impurities thanks to multi-layered UVOIL® filter made from expanded polypropylene with multi-micron variable winding technology providing 50 microns filtering

• Filter durability due to thick-wall stainless steel housing resistant to mechanical stress and corrosion  

• Cold and hot pressing with a special filter construction made for filtering vegetable oils of different viscosity grades

• Installation to any section of technological chain due to compact housing size and universal fastenings. Can be installed both after the press or at the hydration and extraction section

• No oil loss while filtering thanks to UVOIL® filter providing minimal resistance and stable system pressure

• Efficiently filter large mechanical impurities from your milk 
  with a stable milk flow and 500 μm filtering cell
• Reduce milk waste 
  thanks to filter sealed construction with silicon seals and clamp connections
• Optimize your workflow and save time 
  After milking you only need to flush the filter with reverse water flow, no need to disassemble it.
• No extra expenses thanks to filter operation without electricity and filtering cartridge reusability

How it works: The dirty milk is fed through the side inlet pipe into the filter housing which looks like a thick-walled perforated metal pipe made of Italian food grade stainless steel. Stable milk flow and system pressure are provided by the filter mirror polishing which makes filtering highly efficient.

The holes are made chequerwise. The optimal distance between them ensures the rigidity of the structure. Under the pump’s pressure milk passes freely through the filter cells while large dirt particles are retained. Through the outlet in the bottom cap you get clear milk with no impurities

• Install the filter to the milk line at a 90 degree angle.
• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps or weld it.
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing.
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK® SL Perforated filter while milking when milk is warm to prevent dissolution of impurities and large particles getting into milk line.
• To avoid hydraulic impact, after you install the filter first open the "ВХОД" (inlet), and then, when the housing fills up with milk, gradually open the "ВЫХОД" (outlet).
• The silicone seals in the housing should be replaced 2 times a year.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• After milking flush UVMILK® SL Perforated filter cartridge with reverse sanitizing water flow, no need to disassemble it.
• For the most efficient filtration complete your milk line with 4 filtering levels with UVMILK® Moby filter, highly efficient UVMILK® Mini filter and UVMILK® ULTRA Economic.

• Improve milk quality 
  Unique variable winding technology allows us to implement different filtration cell sizes on different layers of the filter cartridge
• Reduce bacterial contamination and acidity in milk and increase its shelf life
  Milk provides a highly nutritious medium for bacterial growth. Impurities need to be removed as soon as possible, and this 5 μm filter catches even the smallest of them before the bacteria start multiplying
• Maintain pressure levels in the system 
  Thanks to the variable winding of the filter it provides little resistance to the flow and does not clog while working at full capacity.
• Increase your profit from milk production 
  Always get quality premiums for selling high-quality milk filtered with UVMILK® Mini

How it works: The dirty milk is fed into the filter housing through the side inlet pipe and under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get high quality milk with low bacterial cell count.

Filtering cartridge is formed with over 100 discrete rows of food grade PP that is made by aerodynamic extrusion. Maximum filtration efficiency is achieved through a unique patented variable winding technology.

Winding density of PP thread grow up from the periphery to the center which provide multistage milk filtering that filter large contaminations first and minor bacterial cells as a second step, meanwhile letting milk fat globules go through easily.

• Install the filter in a 90 degree section of the milk pipe (hose) after the pump
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate couplings
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK^® Mini filter right after milking while milk is warm to prevent dissolution of impurities.
• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (input), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (output).
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• One filtering cartridge should be used for one milking only.
• Wash the milking system each time and use a new filtering cartridge for each milking to prevent bacterial cell grow and milk go sour.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The system should be washed after each milking and a new cartridge should be installed on the next milking to prevent bacterial growth and milk going sour.
• The silicone seals in the housing should be replaced 2 times a year.
• To make the UVMILK^® Mini filter work more efficiently an additional level of filtration like UVMILK^® Moby filter is recommended prior to it.

• Get clean milk with no impurities 
  Use UVMILK^®Moby filter with 30 μm filtration cells that holds dirt, particles of straw, bedding and feed
• Reduce milk loss 
  By keeping the whole milking volume with UVMILK^®PP filter that do not absorb milk
• Save money on filtering 
  This filter doesn’t need a housing
• Easy to change 
  Filters placement takes only 1 minute

How it works: Under the pump’s pressure warm milk flows through the cartridge fixed at the end of the hose with a clamp. Clear milk flows through the side filtering walls.

The filter looks like a food grade polypropylene tube formed by aerodynamic extrusion. The filter holder is made of Italian food grade stainless steel and looks like a bearing bar with a fixing place, lid and screw.

Filter walls tightness is guaranteed by complete absence of seams that prevent negative impact of possible pressure surges in the milk line. 30 layers winding of polypropylene thread filters all 30 μm impurities out of the milk.

• Install the filter on the hose after the pump
• Insert the filter element into the fixing place and fasten the cover with the screw
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate couplings
• Milk enters the filter housing through the inlet pipe and passes under pressure through the filter cartridge.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK^® Moby filter to prevent dissolution of impurities and a raise of bacterial cell count.
• After the declared amount of milk passes through the filter, remove the cartridge and dispose of it together with other solid waste.
• Use one filter cartridge for declared amount of milk only or no more than 5 hours to prevent bacterial growth and milk going sour.
• Wash the milking system each time and use a new filtering cartridge for each milking. 

• Top-grade milk
  With the unique technology of PP thread winding clearing the milk from all impurities
• Double your profit from milk production
  Start processing milk and sell it at a retail price with market premium.
• Remove somatic cells
  Thanks to 3 μm filtration cells with our patented SomaticStop technology. Patent no. 2619639 from 07.07.2016 “Ultra-fine purification filter”.
• Preserve fat content in milk 
  The unique winding of polypropylene thread lets elastic balls of fat easily pass through its polygonal cells.
• No milk loss while milking
  Thanks to safe sealing clamps that fix all the inlets and outlets.
• Install it at any straight place in the dairy pipeline
  The branch pipes are arranged conveniently. Each filter housing can be supplied with a set of individually selected fittings with different types of fastening.

How it works:  The dirty milk is fed into the filter housing through the bottom pipe and under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet pipe you get high quality milk with low somatic cell count.

Filtering layers are arranged using a unique patented technology SomaticStop. Multilayer cylindrical channels of the filter element are formed by discrete layers of fibers, obtained by the aerodynamic extrusion of food grade polypropylene, smoothly merging into each other. The smooth transition between the layers reduces gaps in the flow and the hydraulic resistance of the filter element, increasing its throughput. Microvilli of polypropylene are angled to the fibers in such a way that impurities and somatic cells get stuck in them and fat globules, having the ability to shrink and stretch, pass through the smallest channels of the filtering element without getting caught in it.

• The filter is most efficient during milking when installed prior to the cooling tank
• Install the filter in a straight section of the milk pipe near the cooling tank
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate fittings
• Milk enters the filter housing through the inlet in the bottom cap and passes under pressure through the filter element. Pure milk comes out through a side pipe in the side of the housing

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK^® ULTRA filter prior to the cooling tank right after milking while milk is warm to prevent dissolution of mastitis products and somatic accumulations.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (inlet), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (outlet).
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• One filter cartridge should be used for the declared amount of milk, and it’s total usage should not exceed 5 hours to prevent bacterial cell grow inside it.
• The system should be washed after each milking and a new cartridge should be installed on the next milking to prevent bacterial growth and milk going sour.
• The silicone seals in the housing should be replaced 2 times a year.
• To make UVMILK^®ULTRA Economic filter work more efficiently an additional level of filtration is recommended prior to it. See UVMILK^® Mini filter for fine purification for more information.

• Get clean milk with no impurities 
  Use multilayered UVMILK^® filters made of spun polypropylene with 10 μm filtration cells.
• Reduce milk spills 
  Unlike common sewn milk filters, you don’t need to change UVMILK^® Sleeve filters during milking, wasting time and spilling milk.
• Completely avoid filter tears 
  Our sock filter has no seams and the tip is laser soldered.
• Maintain stable pressure levels in the milk pipe
  Thanks to the variable winding of the filter it provides little resistance to the flow and does not clog while working at full capacity.
• Save money on filter housing 
  This filter will fit in any sock filter housing you already have.
• Optimize your workflow 
  Filters that don’t need the spring inside and only need to be changed after milking help you build seamless work processes and increase productivity.

How it works: The dirty milk is fed into the filter housing through the top inlet pipe in the housing cap and distributed over the outer surface of the cartridge. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter in the hose after the receiver jar and the pump
• Cut the hose where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• Milk enters the filter housing through the top inlet pipe in the housing cap and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.
• To use this filter with the filter housing you already have, remove the spiral first, then use the adaptor to hold the filter in place and fasten the cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK® Sleeve filters right after milking while milk is warm to prevent dissolution of impurities.

• WARNING: The adapter must be screwed in straight to avoid damage to the housing wall. Do not tilt the filter when screwing in the adapter.
• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (input), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (output).
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• One filtering cartridge should be used for one milking only.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The system should be washed after each milking and a new cartridge should be installed on the next milking to prevent bacterial growth and milk going sour.
• The silicone seals in the housing should be replaced 2 times a year.
• To make the UVMILK® Sleeve filter work more efficiently an additional level of filtration is recommended prior to it. See UVMILK® Slotted filter for more information.

• Get clean milk with no impurities 
  Use multilayered UVMILK^® filters made of spun polypropylene with 10 μm filtration cells.
• Reduce milk spills 
  Unlike common sewn milk filters, you don’t need to change UVMILK^® Sleeve filters during milking, wasting time and spilling milk.
• Completely avoid filter tears 
  Our sock filter has no seams and the tip is laser soldered.
• Maintain stable pressure levels in the milk pipe
  Thanks to the variable winding of the filter it provides little resistance to the flow and does not clog while working at full capacity.
• Save money on filter housing 
  This filter will fit in any sock filter housing you already have.
• Optimize your workflow 
  Filters that don’t need the spring inside and only need to be changed after milking help you build seamless work processes and increase productivity.

How it works: The dirty milk is fed into the filter housing through the top inlet pipe in the housing cap and distributed over the outer surface of the cartridge. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter in the hose after the receiver jar and the pump
• Cut the hose where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• Milk enters the filter housing through the top inlet pipe in the housing cap and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.
• To use this filter with the filter housing you already have, remove the spiral first, then use the adaptor to hold the filter in place and fasten the cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK® Sleeve filters right after milking while milk is warm to prevent dissolution of impurities.

• WARNING: The adapter must be screwed in straight to avoid damage to the housing wall. Do not tilt the filter when screwing in the adapter.
• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (input), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (output).
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• One filtering cartridge should be used for one milking only.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The system should be washed after each milking and a new cartridge should be installed on the next milking to prevent bacterial growth and milk going sour.
• The silicone seals in the housing should be replaced 2 times a year.
• To make the UVMILK® Sleeve filter work more efficiently an additional level of filtration is recommended prior to it. See UVMILK® Slotted filter for more information.

• Improve milk quality 
  Unique variable winding technology allows us to implement different filtration cell sizes on different layers of the filter cartridge significantly increasing its capacity and providing you with better results.
• Reduce bacterial contamination and acidity in milk 
  Milk provides a highly nutritious medium for bacterial growth. Impurities need to be removed as soon as possible, and this 5 μm filter catches even the smallest of them before the bacteria start multiplying.
• Increase the shelf life of milk
  Reducing bacterial contamination and lowering the acidity will help your milk stay fresh longer.
• Optimize your workflow  
  The filter requires very little maintenance: remove the used cartridge after milking and flush the system with reverse water flow, no need to disassemble it or change filters during milking.
• Maintain pressure levels in the system 
  Thanks to the variable winding of the filter it provides little resistance to the flow and does not clog while working at full capacity.
• Increase your profit from milk production 
  Always get quality premiums for selling high-quality milk filtered with UVMILK® Big.

How it works: The dirty milk is fed into the filter housing through the side inlet pipe and distributed over the outer surface of the cartridge. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter in a 90 degree section of the milk pipe (hose) after the pump
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate couplings
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK^® Big filters right after milking while milk is warm to prevent dissolution of impurities.
• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (input), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (output).
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• One filtering cartridge should be used for one milking only.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The system should be washed after each milking and a new cartridge should be installed on the next milking to prevent bacterial growth and milk going sour.
• The silicone seals in the housing should be replaced 2 times a year.
• To make the UVMILK^® Big filter work more efficiently an additional level of filtration is recommended prior to it. See UVMILK^® Sock filter for more information.

• Save on extra equipment 
  thanks to easy filtering without housing and a pump
• Filter reusability 
  thanks to strong and durable stainless steel construction 
• Saving on each filtration 
  thanks to low price and filter reusability
• Installation and usage convenience 
  suitable for filtration on various milk storage equipment such as flasks, tanks, cisterns, cooling tanks, etc.
• Efficient purification from large mechanical impurities 
  thanks to filter perforated bottom that holds large impurities 
• Universal and easy filtering with high performance and dirt holding capacity filter which don't require a pump

How it works: The filter looks like a food-grade stainless steel construction with a double perforated bottom with a mesh layer for milk filtration. The holes in the perforated internal filter are staggered to ensure structural rigidity. The mesh layer retains litter, food, insects and other coarse dirt. Sieve dairy UVMILK® SL filter should be placed on the tank hatch for short-term or long-term milk storage. The dirty milk is poured into the filter and distributed over the entire inner surface. Then milk passes through the mesh bottom of the filter into the tank and gets clean from large mechanical impurities.

• Insert UVMILK® SL Sieve dairy filter for preliminary purification of milk into the tank hatch

• Use UVMILK® SL Sieve dairy filter while milking when milk is warm to prevent dissolution of impurities and large particles getting into milk line
• Insert UVMILK® SL Sieve dairy filter for preliminary purification of milk into the tank hatch for short- or long-term milk preservation, fix it with holders if required
• After milking flush UVMILK® SL Sieve filter with sanitizing water flow
• For the most efficient filtration complete your milk line with 4 filtering levels with UVMILK® Moby filter, highly efficient UVMILK® Micro filter and UVMILK® ULTRA Simple

• Improve milk quality 
  Unique variable winding technology allows us to implement different filtration cell sizes on different layers of the filter cartridge
• Reduce bacterial contamination and acidity in milk and increase its shelf life
  Milk provides a highly nutritious medium for bacterial growth. Impurities need to be removed as soon as possible, and this 5 μm filter catches even the smallest of them before the bacteria start multiplying
• Filtering without a pump 
  Thanks to the special structure of the filter, capable of cleaning milk at residual pressure or by gravity from 0.5 bar 
• Increase your profit from milk production 
  Always get quality premiums for selling high-quality milk filtered with UVMILK® Miсro

How it works: The dirty milk is fed into the filter housing through the side inlet pipe and under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get high quality milk with low bacterial cell count.

Filtering cartridge is formed with over 100 discrete rows of food grade PP that is made by aerodynamic extrusion. Maximum filtration efficiency is achieved through a unique patented variable winding technology.

Winding density of PP thread grow up from the periphery to the center which provide multistage milk filtering that filter large contaminations first and minor bacterial cells as a second step, meanwhile letting milk fat globules go through easily.

• The filter is installed in the hose
• Cut the hose where you are going to install the housing, and weld or fasten the connection kit with clamps
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

• Use UVMILK^® Micro filter right after milking while milk is warm to prevent dissolution of impurities.
• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (input), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (output).
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• One filtering cartridge should be used for one milking only.
• Wash the milking system each time and use a new filtering cartridge for each milking to prevent bacterial cell grow and milk go sour.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The system should be washed after each milking and a new cartridge should be installed on the next milking to prevent bacterial growth and milk going sour.
• The silicone seals in the housing should be replaced 2 times a year.
• To make the UVMILK^® Micro filter work more efficiently an additional level of filtration like UVMILK^® filtering fabric is recommended prior to it.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing.
• Easy to rinse thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case thanks to clamp connections that can be disassembled in a minute.
• Silicone seals prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment thanks to standard mountings

How it works: The dirty milk is fed through the side inlet pipe into the filter housing. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clear liquid with no impurities.

• Install the filter to the milk line at a 90 degree angle.
• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps or weld it.
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing.
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the "ВХОД" (inlet), and then, when the housing fills up with milk, gradually open the "ВЫХОД" (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Top-grade milk
  With the unique technology of PP thread winding clearing the milk from all impurities
• Double your profit from milk production
  Start processing milk and sell it at a retail price with market premium
• Remove somatic cells
  Thanks to 3 μm filtration cells with our patented SomaticStop technology
• Preserve fat content in milk 
  The unique winding of polypropylene thread lets elastic balls of fat easily pass through its polygonal cells
• No milk loss while milking
  Thanks to safe sealing clamps that fix all the inlets and outlets.
• Install it at any straight place in the dairy pipeline
  The branch pipes are arranged conveniently. Each filter housing can be supplied with a set of individually selected fittings with different types of fastening

How it works:  The dirty milk is fed into the filter housing through the bottom pipe and under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet pipe you get high quality milk with low somatic cell count.

Filtering layers are arranged using a unique patented technology SomaticStop. Multilayer cylindrical channels of the filter element are formed by discrete layers of fibers, obtained by the aerodynamic extrusion of food grade polypropylene, smoothly merging into each other. The smooth transition between the layers reduces gaps in the flow and the hydraulic resistance of the filter element, increasing its throughput. Microvilli of polypropylene are angled to the fibers in such a way that impurities and somatic cells get stuck in them and fat globules, having the ability to shrink and stretch, pass through the smallest channels of the filtering element without getting caught in it.

• The filter is most efficient during milking when installed prior to the cooling tank
• Install the filter in a straight section of the milk pipe near the cooling tank
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate fittings
• Milk enters the filter housing through the inlet in the bottom cap and passes under pressure through the filter element. Pure milk comes out through a side pipe in the side of the housing

  ! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

  ! The filter is installed after the pump

  

• Use UVMILK^® ULTRA Simple filter prior to the cooling tank right after milking while milk is warm to prevent dissolution of mastitis products and somatic accumulations.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (inlet), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (outlet).
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• One filter cartridge should be used for the declared amount of milk, and it’s total usage should not exceed 5 hours to prevent bacterial cell grow inside it.
• The system should be washed after each milking and a new cartridge should be installed on the next milking to prevent bacterial growth and milk going sour.
• The silicone seals in the housing should be replaced 2 times a year.
• To make UVMILK^® ULTRA Simple filter work more efficiently an additional level of filtration is recommended prior to it. See UVMILK^® Micro filter for fine purification for more information.

EQUIPMENT

• UVMILK® Big filter housing for fine purification of milk – 2 pcs
• UVMILK® Big filter cartridges for fine purification of milk – 1 pack
• disk closures – 4 pcs
• pressure gauge – 2 pcs
• stand – 1 pc

• INTERCHANGEABLE MULTI-LAYER FILTERING FROM VARIOUS IMPURITIES due to the parallel arrangement of the UVMILK® Big filters that effectively clean milk alternately
• LONG TIME FILTERING due to switching milk flows in UVMILK® SL system to change filters without stopping milking process
• FILTERING BIG MILK VOLUME due to two multi-layer UVMILK® Big filters
• REDUCING PRESSURE IN MILK PIPE thanks to the pressure gauges installed in UVMILK® SL Parallel filtering system  which allow to track the resource and change the filter in time
• EASY AND QUICK INSTALLATION OF THE UVMILK® SL PARALLEL FILTERING SYSTEM by fixing parallel system on a stand and convenient connection to the milk line

• Filtering Fabric reusability 
  due to non-exfoliate and non-break canvas, resistant to prolonged exposure to moisture 
• High degree of dirt retention 
  thanks to large number of microvilli that hold dirt particles on the surface of the fabric 
• Versatility and ease of filtration
  thanks to high efficiency filter with dirt holding capacity without a pump 
• Ease of installation and use 
  suitable for filtration in different containers
• Savings on filtration 
  thanks to the low cost of the filter cloth and the reusability
• No milk loss 
  due to the high hygroscopicity of the filter cloth, which does not absorb milk

How it works: UVMILK® Filtering Fabric looks like a cloth with special short staple and continuous fibers with a diameter of 6 to 20-30 microns, subjected to internal combing. The size of the through pores between the filaments reaches 550 microns. The fibers of the fabric are obtained by self-beating or mechanical entanglement using a needle-punching method. As a result, a pile is formed on the surface of the weave or covered in different directions of individual fibers, due to which the maximum filtration efficiency is achieved.

• Place the Filtering Fabric on a container for milk storage. Fix the cloth tightly on the edges of the container with clamps to prevent milk spillage
• Pour dirty milk through Filtering Fabric
• Rinse Filtering Fabric after filtration with a large stream of warm water. After rinsing, the canvas can be reused

• Use UVMILK^® Filtering Fabric right after milking while milk is warm to prevent dissolution of impurities.
• Rinse Filtering Fabric after filtration with a large stream of warm water. After rinsing, the canvas can be reused. 
• UVMILK^® Filtering Fabric should be disposed of together with other solid waste after using.
• To make the UVMILK^® Filtering Fabric work more efficiently an additional level of filtration like UVMILK® SL Sieve dairy filter is recommended prior to it.

EQUIPMENT

• UVMILK® Standard filter housing for fine purification of milk – 1 pc
• UVMILK® Standard filter cartridges for fine purification of milk – 1 pack
• UVMILK® ULTRA Practic filter housing for ultra-fine purification of milk – 1 pc
• UVMILK® ULTRA Practic filter cartridges for ultra-fine purification of milk – 1 pack
• stand – 1 pc

• 2-STAGE MILK FILTRATION thanks to step-by-step milk filtration with UVMILK® fine 5 μm purification and ultra-fine 3 μm purification filters

• SAVING WITH CHOOSING 2 IN 1 COMPLEX SYSTEM because of beneficial cost of the complex system UVMILK® SL combining two filters at once

• REDUCE OF BACTERIAL CONTAMINATION LEVEL AND INCREASE OF MILK STORAGE due to fine purification filter UVMILK® with multi-micron winding which provides clearing of even smallest impurities

• SOMATIC CELL COUNT REDUCE thanks to ultra-fine purification milk filter with our patented SomaticStop technology and 3 μm filtration fineness which stops somatic cells accumulations

• OBTAINING TOP-GRADE MILK AND SAVING MILK FAT due to unique polypropylene thread winding with special cells letting elastic fat globules go through 

• Even yoghurts without lumps thanks to special conical holes of the filter which substitute homogenizer and retain coarse dirt better
• Use at high pressure due to filter made from thick-walled steel pipe with high resistance to deformation, corrosion and temperature
• Yoghurt, sour cream and kefir of the required consistency thanks to the filter special design made for cleaning viscous products and filtration fineness of 100 microns
• High flow capacity due to maximum ratio of the holes area to the filter surface, which provide quick passing for viscous liquids
• Reduce of finished product waste and financial loss due to effective filtering from lumps of dyes, fat grains, pits and unwanted impurities that get into yoghurt during production 

How it works: Use UVMILK® Yoghurt and sour cream slotted filter before product packaging.

The filter is designed as a thick-walled metal pipe made of Italian food grade stainless steel with laser cut holes. The holes are shaped as longitudinal cones, tapering towards the center of the filter, which makes it easy to remove impurities with reverse water flow without leaving any residue. UVMILK® filter cartridge has an increased throughput and minimum hydraulic resistance, which increases its capacity several times.

• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps.
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing.
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Resistant to corrosion, chemicals, mechanical stress and high temperatures thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing.
• Easy to rinse thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case thanks to clamp connections that can be disassembled in a minute.
• Silicone seals prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment thanks to standard mountings

How it works: The dirty milk is fed through the side inlet pipe into the filter housing. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clear liquid with no impurities.

• Install the filter to the milk line at a 90 degree angle.
• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps or weld it.
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing.
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the "ВХОД" (inlet), and then, when the housing fills up with milk, gradually open the "ВЫХОД" (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing.
• Easy to rinse thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case thanks to clamp connections that can be disassembled in a minute.
• Silicone seals prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment thanks to standard mountings

How it works: The dirty milk is fed through the side inlet pipe into the filter housing. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clear liquid with no impurities.

• Install the filter to the milk line at a 90 degree angle.
• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps or weld it.
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing.
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the "ВХОД" (inlet), and then, when the housing fills up with milk, gradually open the "ВЫХОД" (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp, which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing.
• Easy to rinse thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case thanks to clamp connections that can be disassembled in a minute.
• Silicone seals prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment thanks to standard mountings

How it works: The dirty milk is fed through the side inlet pipe into the filter housing. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clear liquid with no impurities.

• Install the filter to the milk line at a 90 degree angle.
• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps or weld it.
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing.
• Milk enters the filter housing through the side inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the "ВХОД" (inlet), and then, when the housing fills up with milk, gradually open the "ВЫХОД" (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures  
  thanks to 3 mm thick Italian stainless steel
• Clean and efficient
  The cap connects to the body with a clamp, which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing
• Easy to rinse
  thanks to obtuse angles of the pipes and mirror polish
• Quick installation and disassembly
  thanks to clamp connections that can be disassembled in a minute
• Completely tight
  thanks to silicone seals that prevent fluid leakage
• Suitable for any equipment
  thanks to standard mountings

How it works: Under pressure dirty liquid enters the filter housing through the side connection and is distributed over the surface of the cartridge. Filtration is carried out from the inner layers to the outer ones. You receive the purified liquid from the branch pipe in the lower cap of the housing.

• The filter is most efficient during milking when installed prior to the cooling tank
• Install the filter in a straight section of the milk pipe near the cooling tank
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate fittings
• Milk enters the filter housing through the inlet in the bottom cap and passes under pressure through the filter element. Pure milk comes out through a branch pipe in the side of the housing.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (inlet), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures  
  thanks to 3 mm thick Italian stainless steel
• Clean and efficient
  The cap connects to the body with a clamp, which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing
• Easy to rinse
  thanks to obtuse angles of the pipes and mirror polish
• Quick installation and disassembly
  thanks to clamp connections that can be disassembled in a minute
• Completely tight
  thanks to silicone seals that prevent fluid leakage
• Suitable for any equipment
  thanks to standard mountings

How it works: Under pressure dirty liquid enters the filter housing through the side connection and is distributed over the surface of the cartridge. Filtration is carried out from the inner layers to the outer ones. You receive the purified liquid from the branch pipe in the lower cap of the housing.

• The filter is most efficient during milking when installed prior to the cooling tank
• Install the filter in a straight section of the milk pipe near the cooling tank
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate fittings
• Milk enters the filter housing through the inlet in the bottom cap and passes under pressure through the filter element. Pure milk comes out through a branch pipe in the side of the housing.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (inlet), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures  
  thanks to 3 mm thick Italian stainless steel
• Clean and efficient
  The cap connects to the body with a clamp, which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing
• Easy to rinse
  thanks to obtuse angles of the pipes and mirror polish
• Quick installation and disassembly
  thanks to clamp connections that can be disassembled in a minute
• Completely tight
  thanks to silicone seals that prevent fluid leakage
• Suitable for any equipment
  thanks to standard mountings

How it works: Under pressure dirty liquid enters the filter housing through the side connection and is distributed over the surface of the cartridge. Filtration is carried out from the inner layers to the outer ones. You receive the purified liquid from the branch pipe in the lower cap of the housing.

• The filter is most efficient during milking when installed prior to the cooling tank
• Install the filter in a straight section of the milk pipe near the cooling tank
• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate fittings
• Milk enters the filter housing through the inlet in the bottom cap and passes under pressure through the filter element. Pure milk comes out through a branch pipe in the side of the housing.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (inlet), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing.
• Easy to rinse thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case thanks to clamp connections that can be disassembled in a minute.
• Silicone seals prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment thanks to standard mountings

How it works: The dirty milk is fed through the side inlet pipe into the filter housing. Then under the pump’s pressure it flows through the cartridge from the center to the periphery. After filtering you get clear liquid with no impurities.

• Install the filter on the hose after the pump
• Insert the filter element into the fixing place and fasten the cover with the screw
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate couplings
• Milk enters the filter housing through the inlet pipe and passes under pressure through the filter cartridge.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the "ВХОД" (inlet), and then, when the housing fills up with milk, gradually open the "ВЫХОД" (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures
  thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp
  which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing
• Easy to rinse
  thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case
  thanks to clamp connections that can be disassembled in a minute.
• Silicone seals
  prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment
  thanks to standard mountings.

How it works: The dirty milk is fed into the filter housing through the top inlet pipe in the housing cap and distributed over the outer surface of the cartridge. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter in the hose after the receiver jar and the pump
• Cut the hose where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• Milk enters the filter housing through the top inlet pipe in the housing cap and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.
• To use this filter with the filter housing you already have, remove the spiral first, then use the adapter to hold the filter in place and fasten the cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (inlet), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures
  thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp
  which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing
• Easy to rinse
  thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case
  thanks to clamp connections that can be disassembled in a minute.
• Silicone seals
  prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment
  thanks to standard mountings.

How it works: The dirty milk is fed into the filter housing through the top inlet pipe in the housing cap and distributed over the outer surface of the cartridge. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter in the hose after the receiver jar and the pump
• Cut the hose where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• Milk enters the filter housing through the top inlet pipe in the housing cap and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.
• To use this filter with the filter housing you already have, remove the spiral first, then use the adapter to hold the filter in place and fasten the cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (inlet), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures
  thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp
  which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing
• Easy to rinse
  thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case
  thanks to clamp connections that can be disassembled in a minute.
• Silicone seals
  prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment
  thanks to standard mountings.

How it works: The dirty milk is fed into the filter housing through the top inlet pipe in the housing cap and distributed over the outer surface of the cartridge. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter in the hose after the receiver jar and the pump
• Cut the hose where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• Milk enters the filter housing through the top inlet pipe in the housing cap and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.
• To use this filter with the filter housing you already have, remove the spiral first, then use the adapter to hold the filter in place and fasten the cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (inlet), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures
  thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp
  which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing
• Easy to rinse
  thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case
  thanks to clamp connections that can be disassembled in a minute.
• Silicone seals
  prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment
  thanks to standard mountings.

How it works: The dirty milk is fed into the filter housing through the top inlet pipe in the housing cap and distributed over the outer surface of the cartridge. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter in the hose after the receiver jar and the pump
• Cut the hose where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• Milk enters the filter housing through the top inlet pipe in the housing cap and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.
• To use this filter with the filter housing you already have, remove the spiral first, then use the adapter to hold the filter in place and fasten the cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (inlet), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Resistant to corrosion, chemicals, mechanical stress and high temperatures
  thanks to 3 mm thick Italian stainless steel.
• The cap connects to the body with a clamp
  which doesn’t have thread grooves where dirt and bacteria can remain even after rinsing
• Easy to rinse
  thanks to obtuse angles of the pipes and mirror polish.
• Quick installation and disassembly of the case
  thanks to clamp connections that can be disassembled in a minute.
• Silicone seals
  prevent fluid leakage and make the housing completely tight.
• Suitable for any equipment
  thanks to standard mountings.

How it works: The dirty milk is fed into the filter housing through the top inlet pipe in the housing cap and distributed over the outer surface of the cartridge. Then under the pump’s pressure it flows through the cartridge from the periphery to the center. Finally, through the outlet in the bottom cap you get clean liquid with no impurities.

• Install the filter in the hose after the receiver jar and the pump
• Cut the hose where you are going to install the housing, and fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing
• Milk enters the filter housing through the top inlet pipe in the housing cap and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the bottom cap.
• To use this filter with the filter housing you already have, remove the spiral first, then use the adapter to hold the filter in place and fasten the cap.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (inlet), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (outlet).
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

EQUIPMENT

• UVMILK® SL Slotted filter for preliminary purification of milk assembled - 1 pc
• UVMILK® Sleeve filter housing Middle for rough purification of milk - 2 pcs
• UVMILK® Sleeve filter Middle for rough purification of milk - 1 pack
• UVMILK® Standard filter housing for fine purification of milk – 1 pc
• UVMILK® Standard filter cartridges for fine purification of milk – 1 pack
• UVMILK® ULTRA Practic filter housing for ultra-fine purification of milk – 1 pc
• UVMILK® ULTRA Practic filter cartridges for ultra-fine purification of milk – 1 pack
• disk closures – 4 pcs
• pressure gauge – 2 pcs
• stand – 1 pc

• CLEANING FROM LARGE MECHANICAL IMPURITIES AND PREVENTING BREAKAGE OF MILK EQUIPMENT AT 1st FILTERING LEVEL due to the special design of the holes from 100 microns, allowing to retain large contaminants in milk, such as straw, sawdust, insects
• GETTING MILK, CLEAR FROM FINE CONTAMINATIONS, FILTER RUPTURES AND MILK LOSSES AT 2nd FILTERING LEVEL thanks to UVMILK® Sleeve filters with laser thermal sealing of the spout and 10 μm cell, which is enough for the entire milking compared to a standard sewn filter
• REDUCE OF BACTERIAL CONTAMINATION LEVEL AND INCREASE OF MILK STORAGE TIME WITH LOW ACIDITY AT 3rd FILTERING LEVEL due to fine purification filter UVMILK® with multi-micron winding which provides clearing of even smallest 5 μm impurities
• SOMATIC CELL COUNT REDUCE AND GETTING TOP-GRADE MILK AT 4TH FILTERING LEVEL thanks to ultra-fine purification milk filter with our patented SomaticStop technology and 3 μm filtration fineness which stops somatic cells accumulations and lets fat globules go through

EQUIPMENT

• UVMILK® Double filter housing – 1 pc
• UVMILK® SL Slotted filter – 1 pc
• UVMILK® Mini filter cartridges for fine purification of milk – 1 pack
• Milk pump – 1 pc
• Couplings – 2 pcs

• PUMPING AND FILTERING MILK ANYWHERE thanks to a compact mobile device that provides required pressure with the pump
• SAVE ON 3-IN-1 SYSTEM due to advantageous cost of the complete UVMILK® SL pumping and filtering station which includes two filters and a pump at once
• INCREASING MILK GRADE thanks to the solution that includes two filtering levels: preliminary, from large dirt particles, and fine, from minor impurities
• VUSUAL INDICATOR OF MILK PURITY due to snow-white color of primary polypropylene which makes all dirt visible
• EFFICIANT CLEARING FROM LARGE PARTICLES due to special holes structure of the outer slotted filter which holds major impurities  in milk
• REDUCE OF BACTERIAL CELL COUNT AND INCREASE OF MILK STORAGE TIMEthanks to inner polypropylene filter of UVMILK® SL station with multilayer winding which clears all impurities over 5 µm

1. Housing (1) and back lid (3) with the seal (6) connect with the clamp (5), screw it (7);

2. Filtering cartridge (4) should be adjusted on one side to the pilot nipple (2), on another side a seal should be installed (6) and the lid (2) fixed to the housing by a clamp (5) and a screw (7);

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed (2, 3, 6)

! It's important not to confuse «ВХОД» (input) and «ВЫХОД» (output) of the milk flow.

3. Pump 

• Use UVMILK® SL Two-level pumping and filtering station while milking when milk is warm to prevent dissolution of impurities.
• The pump motor is connected via a motor-protective circuit breaker.
• The pump is started when the discharge valve is closed and the casing of the pump flow path and the suction pipe are completely filled with liquid.
• Limit the pumped liquid supply with a valve for discharge with obligatory control of the current in the windings. The current should not turn on, the unit is on the nameplate of the electric motor.
• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (input), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (output).
• After milking flush UVMILK® slotted filter cartridge with reverse sanitizing water flow, no need to disassemble it.
• After the declared amount of milk passes through the filter or after you finish milking, remove the replaceable cartridge and dispose of it together with other solid waste.
• One filtering cartridge should be used for one milking only.
• Wash the milking system each time and use a new filtering cartridge for each milking to prevent bacterial cell grow and milk go sour.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.

• Ease of use
  thanks to easy filtering without a pump 
• Installation and usage convenience 
  suitable for filtration on various milk storage equipment
• Efficient purification from large mechanical impurities 
  thanks to filter perforated bottom that holds large impurities 
• Filter reusability 
  thanks to strong and durable stainless steel construction 
• Saving on each filtration 
  thanks to low price and filter reusability
• Save on extra equipment 
  thanks to easy filtering without housing installation

How it works: The filter looks like a food-grade stainless steel construction with a double perforated bottom with a mesh layer for milk filtration. The holes in the perforated internal filter are staggered to ensure structural rigidity. The mesh layer retains litter, food, insects and other coarse dirt. Sieve dairy UVMILK® XL filter should be placed on the tank hatch for short-term or long-term milk storage. The dirty milk is poured into the filter and distributed over the entire inner surface. Then milk passes through the mesh bottom of the filter into the tank and gets clean from large mechanical impurities. 

UVMILK® XL filters are recommended to be used as the first level when pouring milk to prevent the dissolution of impurities and the ingress of mechanical impurities into the units and assemblies of the milk line. The filter should be used for the declared milk volume only. The total operating time of the filter in the milk receiving or storage system should not exceed 5 hours to exclude the growth of pathogenic microflora in the filter and a high risk of repeated bacterial contamination of milk.

• Insert UVMILK® XL Sieve dairy filter for preliminary purification of milk into the tank hatch

• Use UVMILK® XL Sieve dairy filter while milking when milk is warm to prevent dissolution of impurities and large particles getting into milk line
• Insert UVMILK® XL Sieve dairy filter for preliminary purification of milk into the tank hatch for short- or long-term milk preservation, fix it with holders if required
• After milking flush UVMILK® XL Sieve filter with sanitizing water flow
• For the most efficient filtration complete your milk line with 4 filtering levels

• Increased filtering resource which can clear up to 90000 liters without replacing 
  thanks to optimal ratio of filter layers and filter size, combining resource intensity and filtration fineness 
• No sediment in milk before packing
  thanks to 3 micron filter working as control one
• Assurance in filtration quality with minimal cost
  thanks to additional cleaning and big resource intensity of the filter that is able to withstand a long service life 
• Homogeneous whole packaged milk with adjusted fat content and smooth structure
  thanks to a porous filter that removes impurities and works as a homogenizer 
• Long storage period and no retail returns 
  due to clearing from even minor impurities, which prevents bacterial cell count increase in packed product
• Maintaining reputation of top-quality milk products supplier
  thanks to UVMILK® ULTRA 90 filter for packaging stage, excluding possibility of contamination from filling line into the finished milk 

How it works: Use UVMILK® ULTRA 90 filter before bottling line to clear the finished product from unwanted impurities that get inside while production. The dirty milk is fed into the filter housing through the bottom pipe and under the pump’s pressure it flows through the cartridge from the center to the periphery. You get the clear finished product through the outlet in the side pipe.  

Filtering layers are arranged using a unique patented technology SomaticStop. Multilayer cylindrical channels of the filter element are formed by discrete layers of fibers, obtained by the aerodynamic extrusion of food grade polypropylene, smoothly merging into each other. The smooth transition between the layers reduces gaps in the flow and the hydraulic resistance of the filter element, increasing its throughput. Microvilli of polypropylene are angled to the fibers in such a way that impurities and somatic cells get stuck in them and fat globules, having the ability to shrink and stretch, pass through the smallest channels of the filtering element without getting caught in it.

• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate fittings
• Milk enters the filter housing through the inlet in the bottom cap and passes under pressure through the filter element. Pure milk comes out through a branch pipe in the side of the housing

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK® ULTRA 90 filter before bottling line to clear the finished product from unwanted impurities that get inside while production
• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (inlet), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (outlet) 
• After the declared amount of milk passes through the filter or after you finish filtering, remove the replaceable cartridge and dispose of it together with other solid waste
• After milking flush UVMILK® ULTRA 90 housing with sanitizing water flow, no need to disassemble it
• One filter cartridge should be used for one filtering only
• The silicone seals in the housing should be replaced 2 times a year
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

• Reliability and durability
  UVMILK® ULTRA 90 dairy filter housing is made of certified 3 mm thick Italian stainless steel, resistant to deformation and corrosion. Silicone seals prevent milk leakage
• Ease of use 
  Installation of UVMILK® ULTRA 90 filter housing into the milk line no special equipment required. Clamp connections allow to reinstall the housing into any part of the system 
• Easy flush
  UIVMILK® ULTRA 90 filter housing is easy to rinse due to its ability to easily reassemble. The housing has clamp connections, obtuse angles of the pipes and mirror polish 
• Quality production
  UVMILK® ULTRA 90 filter housing is produced on computerized CNC machines, it has no external welds and internal seams are sanded to ensure no leaks

• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps or weld it.
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing.
• Milk enters the filter housing through the bottom inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the side pipe.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• The filter is installed after the pump with pressure 2.5 - 6 atm.
• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (inlet), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (outlet).
• After operating flush UVMILK® filter housing with reverse water flow, no need to disassemble it.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.
• For efficient and long-term housing operation, treat connection of the clamp with food-grade greases.

• Whole milk products with no sediment and lumps
  thanks to multilayer filter which holds undissolved particles, bags threads, insects, etc. 
• Homogeneous consistency of reconstituted milk powder
  thanks to the porous filter structure, which works as a homogenizer 
• SSC reduce
  due to our patented SomaticStop techology and 3 μm filtering cell
• Bacterial cell count reduce in reconstituted milk
  thanks to ultra-fine filtering from all impurities that lead to bacterial grow
• Preservation fat content, density and protein in reconstituted milk powder 
  due to variable filter winding that does not retain elastic fat globules and protein cells 
• Maintaining reputation of top-quality milk products supplier 
  thanks to UVMILK® ULTRA 40 filter excluding possibility of reconstituted milk contamination with burns after drying  

How it works: Use UVMILK® ULTRA 40 dairy filter before bottling line to clear the finished product from unwanted impurities that get inside while production. 

Filter looks like a tube with a replaceable cartridge. The finished product is fed into the filter housing through the bottom pipe and under the pump’s pressure it flows through the cartridge from the center to the periphery. You get the clear finished product through the outlet in the side pipe.   

Thanks to special production technology, large contamination retain in the inner layers of the cartridge, and small particles are hold by outer layers, which prevents sediment in the finished product. The filter layers are multilayer cylindrical channels formed by discrete layers of fibers smoothly merging into each other, obtained by the method of aerodynamic extrusion of food grade polypropylene. Due to this, the filter has increased throughput and minimum hydraulic resistance, which significantly increases its resource. At the end of the filtration, rinse UVMILK® ULTRA 40 filter housing with a stream of washing liquid, no need to disassemble.

• Cut the pipe (hose) where you are going to install the housing, and weld or fasten the connection kit with clamps
• Install the housing into the milking system by connecting the inlet and outlet connections to the appropriate fittings
• Milk enters the filter housing through the inlet in the bottom cap and passes under pressure through the filter element. Pure milk comes out through a branch pipe in the side of the housing

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• Use UVMILK® ULTRA 40 filter before bottling line to clear the finished product from unwanted impurities that get inside while production
• To avoid hydraulic impact, after you install the filter first open the «ВХОД» (inlet), and then, when the housing fills up with milk, gradually open the «ВЫХОД» (outlet) 
• After the declared amount of milk passes through the filter or after you finish filtering, remove the replaceable cartridge and dispose of it together with other solid waste
• After milking flush UVMILK® ULTRA 40 housing with sanitizing water flow, no need to disassemble it
• One filter cartridge should be used for one filtering only
• The silicone seals in the housing should be replaced 2 times a year
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

• Reliability and durability
  UVMILK® ULTRA 40 dairy filter housing is made of certified 3 mm thick Italian stainless steel, resistant to deformation and corrosion. Silicone seals prevent milk leakage
• Ease of use 
  Installation of UVMILK® ULTRA 40 filter housing into the milk line no special equipment required. Clamp connections allow to reinstall the housing into any part of the system 
• Easy flush
  UIVMILK® ULTRA 40 filter housing is easy to rinse due to its ability to easily reassemble. The housing has clamp connections, obtuse angles of the pipes and mirror polish 
• Quality production
  UVMILK® ULTRA 40 filter housing is produced on computerized CNC machines, it has no external welds and internal seams are sanded to ensure no leaks

• Cut the pipe (hose) where you are going to install the housing, and fasten the connection kit with clamps or weld it.
• Install the housing into the milking system by connecting the inlet and outlet connections to the caps and to the filter housing.
• Milk enters the filter housing through the bottom inlet pipe and passes under pressure through the filter cartridge. Pure milk comes out through the outlet in the side pipe.

! The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed

! The filter is installed after the pump

• The filter is installed after the pump with pressure 1.5 - 10 atm.
• To avoid hydraulic impact, after you install the filter first open the “ВХОД” (inlet), and then, when the housing fills up with milk, gradually open the “ВЫХОД” (outlet).
• After operating flush UVMILK® filter housing with reverse water flow, no need to disassemble it.
• The seals for the clamps must fit exactly into the slots on the housing cap and on the branch pipes, then the housing will be completely sealed.
• The silicone seals in the housing should be replaced 2 times a year.
• For efficient and long-term housing operation, treat connection of the clamp with food-grade greases.

Рады сообщить, что мы расширили свои производственные возможности и пополнили наш цех новыми станками! Благодаря этому качество материала вышло на новый более высокий уровень.

       Материал Мeltblown UVMILK® сегодня это:

• Бархатистая структура
• Прочность и эластичность
• Конкурентоспособная цена и скидки за объем

Компания «ЮВМилк» постоянно работает над улучшением качества своей продукции и делает все возможное, чтобы сделать сотрудничество максимально комфортным.

Получайте возможность очистки молока  от мелких загрязнений при перекачивании и сливании на любом участке производства благодаря быстрому и удобному креплению Мобильного  фильтра UVMILK® на конец шланга и тонкости фильтрации до 30 мкм

Выгоды использования фильтра:

• Очистка молока в любом месте

• Быстрое и легкое крепление зажимным хомутом на шланг любого диаметра

• Очистка от мелких частиц корма, насекомых, волос животных и т.д.

Получайте молоко,  очищенное от крупных механических загрязнений  и защищайте от поломок  молочное оборудование за счет использования Щелевого фильтра UVMILK® из нержавеющей стали, предотвращающего попадание механических загрязнений в узлы и агрегаты доильного зала

Выгоды использования фильтра:

• Эффективная очистка молока от механических примесей на приемке

• Сохранение производительности на линии даже при большом давлении благодаря изготовлению из цельной стальной трубы 

• Минимизация забраковки продукции и финансовых потерь

Уходящий год был тяжёлым для всех, в том числе и в финансовом плане. Мы хотим улучшить условия для тех, кто, несмотря ни на какие трудности, хочет соблюсти старую добрую традицию, и вступить в новый год без долговых обязательств.

В период до 31 декабря 2020 года погасите задолженность за фильтры UVMILK®  и получите скидку 10% на следующий заказ!

Did you know that you can use a stainless steel filter to rid your milk of bigger impurities like straw, wool, sawdust and insects? Install a UVMILK® Slotted filter once and it will provide you with excellent preliminary filtration for years.

Reduce filtration expenses with a UVMILK® Slotted filter:

• Catch bigger impurities before they dissolve thanks to 100 μm conical filtration slots
• Protect your equipment from damage and bacterial contamination
• Use it for years, even under high pressure.The filter is made of a 2 mm thick stainless steel pipe with no seams, so it can withstand up to 10 atm
• Just flush it with reverse water flow after each use, no need to disassemble it or change filter socks. It’s more convenient for you and better for the environment.

Just one piece of equipment will give you dirt-free milk with no extra costs. Install the UVMILK® Slotted filter now and enjoy its benefits for years to come.