Y Type Strainer 1 Inch DN25 Female Thread 304 Stainless Steel Y Shaped Strainer for Water Oil Gas Durable High Pressure Industrial Grade Filter
R 853
or 4 x payments of R213.25 with
Availability: Currently in Stock
Delivery: 10-20 working days
Y Type Strainer 1 Inch DN25 Female Thread 304 Stainless Steel Y Shaped Strainer for Water Oil Gas Durable High Pressure Industrial Grade Filter
[DURABLE 304 STAINLESS STEEL CONSTRUCTION] Crafted from premium 304 stainless steel, this Y Type Strainer offers exceptional durability and resistance. Its robust design ensures long-term performance even under high-pressure conditions (up to 6.4MPa), making it ideal for industrial applications. The material withstands temperatures from -29°C to +180°C without compromising structural integrity.
[WIDE INDUSTRIAL APPLICATION RANGE] This versatile strainer is engineered for multiple applications including pressure reducing valves, relief valves, and fixed water level valves. Its Y-shaped design provides optimal filtration for various pipeline systems, protecting downstream equipment from particulate damage in water, oil, and gas systems.
[MULTI-MEDIA COMPATIBILITY] Designed to handle diverse media including water, oil, gas, phosphoric , and acetic (SY11 series compatible). The tube-type filter effectively captures impurities, rust particles, and welding chips while maintaining consistent flow rates. Perfect for chemical processing, , and water treatment industries.
[EASY MAINTENANCE DESIGN] Features a convenient washable design with detachable cartridge for simple cleaning. The innovative structure allows quick removal of accumulated debris without system shutdown. Simply extract the filter basket, rinse, and reinstall for continuous operation with minimal downtime.
[HIGH-PERFORMANCE FILTRATION SOLUTION] Effectively removes particulate matter up to 6.4MPa working pressure (9.6MPa tested). Prevents pipeline clogging and equipment damage while maintaining optimal flow characteristics. The female thread (1 inch DN25) ensures leak-proof connections in demanding industrial environments.