The Strainer DN 25 PN16/40 protects downstream system components by reliably separating particles from the fluid. Design: DN 25, PN16/40, flanged connection. Materials and seals: Stainless Steel (SS316) strainer. Further features: Flange Strainer Stainless Steel Flange Connection ; EN 1092-1; Face-to-Face Length as per EN 558-1. The strainer is easy to clean and contributes to the safe operation of the entire system. Suitable for protecting valves, pumps, heat exchangers and measuring instruments in water, steam, heating and industrial systems.
The strainer protects downstream system components by reliably separating particles from the fluid. Specification: 1-inch, ISO 228. Materials and seals: Housing and cover made of Brass. Operating data: 20 bar. Further features: 1-inch Strainer for heating; drinking water & more; connection to ISO 228; Stainless Steel filter 1.4301. The strainer is easy to clean and contributes to the safe operation of the entire system. Suitable for protecting valves, pumps, heat exchangers and measuring instruments in water, steam, heating and industrial systems.
The strainer protects downstream system components by reliably separating particles from the fluid. Design: 1-inch, socket, Thread. Materials and seals: Housing & cover made of Stainless Steel 1.4408 (CF8M). Operating data: 40 bar. Further features: 1-inch Stainless Steel strainer with Thread connection in accordance with ISO 7 -1 (EN 10226-1); Stainless Steel SS316 filter; mesh size Ø 1 mm. The strainer is easy to clean and helps ensure the safe operation of the entire system.
The Strainer DN 25 PN10/16 protects downstream system components by reliably separating particles from the medium. Design: DN 25, PN10/16, flanged connection. Materials and seals: Housing & cover: Cast Iron (GG25) EN-JL1040. Screen: Stainless Steel (1.4301). Further features: Flange Strainer made of Cast Iron; Flange Connection with coarse sealing strip type B1; EN 1092-2; Face-to-Face Length according to EN 558-1. Series 1. The Strainer is easy to clean and contributes to the safe operation of the entire system.
