Cartouche de rechange 3M™ High Flow, HF20-I, 5636428, 0.2 µ Nominal, 6.32 lpm, 52.996 lit., 6/Case

We offer the 3M™ Water Filtration Products High Flow Series replacement filter cartridges to provide Recipe Quality Water™ for product consistency and equipment protection.

The 3M™ Water Filtration Products High Flow Series line of filter cartridges, is sanitary by design to help provide contamination free change-outs. Additionally, the (SQC) encapsulated design allows for fast and easy cartridge change-outs without the need for a filter wrench. These filter cartridges help resolve a large variety of water related concerns that can negatively impact the taste, clarity and/or equipment used in a foodservice establishment.These models also reduce bacteria¹ and cysts²: HF90, HF90-CL, HF60, HF60-CL, HF40 and 160-L.These models reduce chloramines for better equipment protection: HF95-CL, HF90-CL, HF65-CL, HF60-CL, and HF35-CL. Chloramines cartridges are designed to provide corrosion protection against stainless steel equipment to help extend equipment life. These systems provide Integrated Membrane Pre-Activated Carbon Technology (“I.M.P.A.C.T”) for superior cartridge life (HF95, HF95-CL, HF90, HF90-CL, HF65, HF65-CL, HF60, HF60-CL, HF45 and HF40 only).HF Series Best Features NSF Certified Cartridges*FDA CFR-21 Compliant Material**Filter cartridges are o-ring seal typeFilter cartridges incorporate carbon block mediaCartridges are sanitary in design, requiring no contact with the filter media during cartridge change-out*3M™ Water Filtration Products Filter cartridge models (HF95, HF95-CL, HF90, HF90-CL, HF65, HF65-CL, HF60, HF60-CL, HF45, HF40, HF37, HF35, HF35-CL, HF30, HF25, HF27, HF20) are NSF certified under High Flow Series Commercial Modular listing. Model (160-L) is NSF certified under Plumbed-in, DWS160-L/160-L. Visit www.nsf.org for specific claims associated with each product.**Surfaces that are in contact with water are FDA CFR-21 Compliant¹As tested with E. Coli ATCC (11229). Tested and verified by manufacturer’s laboratory.² Based on the use of Cryptosporidium parvum oocysts.