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  6. 3M™ High Flow Series Filter Cartridge, HF40PP040D01, 40 in, 40 μ, Nitrile, 1/Case

3M™ High Flow Series Filter Cartridge, HF40PP040D01, 40 in, 40 μ, Nitrile, 1/Case

3M ID 70020156108
  • High Flow Capability - up to 113 m³ / hr per 60 in cartridge, up to 80m³ / hr per 40 in cartridge and up to 19.3m³ / hr per 10 in cartridge
  • Ease of use - Fewer cartridges means quicker and easier changeouts
  • Higher particle retention efficiencies (99.9%)
  • EU Food Contact Compliant: Food Contact Directive (EC) 1935/2004
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Specifications
Attribute Name
Value
Applications
Industrial Filtration, Industrial Water Filtration
Brand
3M™
Filter Material
Polypropylene
Filter Type
Depth
Flow Rate (lpm)
1325 Litre per minute
Gasket/O-ring Material
Nitrile
Industries
Industrial
Maximum Operating Temperature (Celsius)
71 Degree Celsius
Micron Rating
40 Absolute, @ 95%
Pleat Type
Radial
Product Series
High Flow
Product Type
Cartridge
Series
3M™ High Flow Series
Units per Case
1
Product Details
  • High Flow Capability - up to 113 m³ / hr per 60 in cartridge, up to 80m³ / hr per 40 in cartridge and up to 19.3m³ / hr per 10 in cartridge
  • Ease of use - Fewer cartridges means quicker and easier changeouts
  • Higher particle retention efficiencies (99.9%)
  • EU Food Contact Compliant: Food Contact Directive (EC) 1935/2004
  • Compact housing design - Reduces capital expenditure and footprint

3M™ High Flow Filter Cartridges are designed using state-of-the-art technology, optimising both performance and effluent quality to ensure customer satisfaction. A compound radial pleat design maximises the usable surface area per filter.

Blown microfibre forms the basis of the filter media, which is made to tightly controlled fibre diameter specifications to produce a media with absolute rated particle retention characteristics. The 3M manufacturing process embosses the media to produce a more uniform pleat pattern, which in turn allows greater utilisation of the media by evenly distributing the fluid throughout the entire filter structure. This results in consistent particle retention in a compact, space saving design.