Screen irrigation filter PYS

meshstainless steelY

Y-pattern manual mesh filter for agricultural and industrial systems. Made of technical thermoplastic, it resists chemicals and is easy to install and maintain. - Manual: Direct operation for tool-free inspection and cleaning, ideal for routine maintenance. - In-line: Quick, direct installation in existing pipelines with no need for extra supports. STF’s PYS Y-pattern manual screen filter is a compact and efficient solution for irrigation, water treatment, and industrial systems. Manufactured from high-strength technical thermoplastic, it is designed to minimize clogging and reduce maintenance frequency. Its AISI-316 stainless steel mesh with a 130 µm filtration grade ensures excellent particle retention. The filter’s structure allows easy manual access for cleaning, with no special tools required. Available in ¾”, 1”, 1½”, and 2” connections, it handles flow rates up to 25 m³/h and supports a maximum working pressure of 8 bar. The body includes integrated sealing gaskets and is resistant to chemicals used in fertigation. Thanks to its in-line design and lightweight build, the PYS is an ideal choice for systems requiring easy installation, reliable performance, and accessible maintenance. Product Details: - Y-pattern screen filter for agricultural and industrial use - Efficient filtration for systems requiring basic protection with easy maintenance - 130 µm stainless steel mesh for high particle retention with minimal clogging risk - Manual cleaning requires no tools, ideal for fast inspections in the field or fixed systems - Made from technical thermoplastic, resists chemicals - In-line installation without structural changes Technical Specifications: - Filtration grade: 130 µm (AISI-316 stainless steel mesh) - Connections: ¾”, 1”, 1½”, 2” - Maximum flow rate: 25 m³/h - Maximum working pressure: 8 bar - Body: Technical thermoplastic, chemical resistant - Integrated sealing gaskets - Manual operation, tool-free inspection and cleaning - In-line installation, lightweight design