Pentair Water Components Catalogue 2023
336 | FILTRATION | PENTAIR FILTRATION *MATERIALS USED WITH OUR HOUSINGS Nylon A thermoplastic material which can with- stand temperatures up to 73°C. It is well known for its excellent chemical compat- ibility as well as durability. Polypropylene (PP) A thermoplastic polymer used in a wide variety of applications. Main features: high chemical and corrosion resistance, light weight and rigid, easy to maintain and clean. Santoprene (SAN) The best example of thermoplastic rubber, able to withstand extreme cold and hot weather conditions.Recyclable, flexible and durable, its use is ideal in residential and commercial housings. PLASTIC HOUSINGS Pure Polypropylene housings Nylon housings All natural housings High temperature housings Housing characteristics Benefits The pure polypropylene composition maintains high standards of purity and performance required in critical contamination control systems and processes. These housings can also be used for a variety of other applications where purity, quality, filtration and economy are required Ideal for a wide range of industrial applications including those involving organic solvents, sea water, alcohol, petroleum and vegetable oils thanks to the ability of these housings to withstand temperatures up to 73°C Length(s) 12", 20" 10" Inlet/outlet ports ¾" BSP ¾", ½" NPT Material used (Head/Sump)* White pure PP Glass reinforced Nylon (black or red) Pressure relief Not available Not available Certifications Not available Not available STAINLESS STEEL HOUSINGS BFHC housing for single bag BFHF housing for single bag BFHM housing for bags Housing characteristics Design type Clamp type Flange type Multi bag Working pressure 7 bar 10 bar (HP version: 14 bar) 10 bar Material SS 304 or SS316L SS 304 or SS316L SS 304 or SS316L Bag sizes Standard 1; 2; 3 or 4 Standard 1; 2; 3 or 4 Standard 2 Number of bags 1 1 From 2 to 18 Inlet/Outlet 1 or 2" 1 or 2" 3; 4; 5; 6; 8; or 10" The complete range of Pentair housings Pentair Filtration
RkJQdWJsaXNoZXIy NTkxMDkx