1.MFF Series Pleated Filter Cartridge

MFF Series Pleated Filter Cartridge are manufactured to exact standards and are used in the most demanding industrial environments. This filter is manufactured in a wide range of length options and micron ratings. Its media has a fixed preconstruction of high quality fibers while providing combination of surface and depth filtration. Due to use of premium quality filter fabrics, this pleated filter cartridges has superior flow characteristics with a very low pressure drop compared to depth media of similar micron ratings. This filters large surface area, increased dirt holding capacity, and innovative design provide a long service life, allowing you to reduce the number of cartridges used. Your advantage is a smaller filter vessel, less footprint and lower capital investments.

Applications

■　Chemical  ■　Oil & Gas Industry
■　Metal Treatment ■　Process Water
■　Electronics ■　Coatings, Paint
■　Petroleum

Features
■　Large filter area and depth filtration provides a long lifetime of pleated filter cartridge
■　Low cost because of large filter area and reduces labor costs to change
 
Specifications
■　Dimensions:  Outside diameter: 64mm,66mm,69mm　Inside Diameter：28mm　Length：10",20",30",40"
■　Material of Constructions:Filter Media: PP,PET, Glass Fiber 
　 End Cap Material: PP , ABS
　 Center Core: PP, ABS 
　 Netting: PE
　 Seal Material: Silicone, EPDM, NBR, Viton
　 End Cap Types:DOE,222/Flat End 
■　Performance:Removal Rating: Removal Rating: 1µm,2µm,5µm,10µm,20µm,50µm
　 The optimum changeout differential pressure is 35psi(2.5Bar) up to 52°C
　 Pressures up to 60 PSI(4Bar) at ambient temperature
　 Service condition:500KPa(5Bar)by 20°C
　 300KPa(3Bar)by 65°C
　 Operating Pressure and temperature:The pleated cartridge construction will withstand differential
 
Pressure Drop vs.Flow Rate@20°C


2.DLOF Series Pleated Filter Cartridge

DLOF Series Pleated Filter Cartridges are manufactured to exact standards and are used in the most demanding industrial
environments. Our filter cartridges are manufactured in a range of length options and micron ratings. This filters media has a fixed pore construction of high quality fibers. The combination of surface and depth filtration help provide a long service life. With the use of premium quality filter fabrics, our pleated filter cartridges have superior flow characteristics with a very low pressure drop compared to depth media of similar micron rating. The advantages of this filter is that it has a smaller filter vessel, smaller footprint and lower capital investments. Long cartridge lifetime means lower operational costs, less work changing the cartridges and less waste.Our thermal welded construction provides safety against high temperature oily waters, solvents, acid, and diesel fuels.
 
Applications
■　Chemical  ■　Oil & Gas Industry
■　Metal Treatment ■　Process Water
■　Electronics ■　Coatings, Paint
■　Petroleum ■　Prefiltration

Features
■　Large filter area and depth filtration provides a long lifetime of pleated filter cartridge
■　Low cost because of large filter area and reduces labor costs to change
■　The Absolute glass fiber media supplies optimal eddiciency of solids removal
 
Specifications
■　Dimensions:  Length：10",20",30",40"　Outside Diameter：64mm　Inside Diameter：28mm

■    Material of Constructions:Filter Media: PP,PET, Glass Fiber End Cap Material: PP 
　 Center Core: PP Outer Cage:PP　Seal Material: Silicone, EPDM, NBR, Viton　End Cap Types：222/Flat End

■    Performance:
　 Removal Rating: 1µm,2µm,5µm,10µm,20µm,50µm
　 Operating Pressure and temperature:The pleated cartridge construction will withstand differentialThe optimum changeout 
　 Pressures up to 60psi(4bar) at ambient temperaturedifferential pressure is 35psi(2.5bar) up to 52°C
　 The optimum changeout differential pressure is 35psi(2.5bar) up to 52°C
　 Service condition:500KPa(5Bar)by 20°C
　 300KPa(3Bar)by 65°C
　 Beta: 5000(99.98% removal efficiency) for glass fiber media
　 Construction: Fully thermal welded
 
Pressure Drop vs.Flow Rate@20°C
m:none;font-style:normal;font-size:13.5000pt;" >Pressure Drop vs.Flow Rate@20°C