Check Valve – Ductile Iron – Wafer Duo – 316 SS Disk & EPDM Seat

Check Valve – Ductile Iron – Wafer Duo – 316 SS Disk & EPDM Seat

The Check Valve – Ductile Iron – Wafer Duo with 316 SS Disk & EPDM Seat is pivotal in numerous industrial applications. Its design marries durability with functionality, making it an essential tool in HVAC, petrochemical, water treatment, and more. This valve’s design ensures effective flow control and backflow prevention in a compact package, embodying efficiency and reliability.

Construction Excellence

Crafted from robust ductile iron, coated with epoxy (FBE) for enhanced durability, the valve withstands harsh operational environments. The 316 stainless steel disk and EPDM seat combination guarantee compatibility with a wide range of fluids, ensuring a long service life and consistent performance under varying temperatures, from -15°C to 110°C.

Operational Versatility

Suited for agricultural and industrial settings, the valve’s design facilitates precise water flow regulation. Its streamlined body contributes to space and cost savings, while the stainless steel disc’s positioning within the valve body allows for seamless flow transition, ensuring operational efficiency and reduced maintenance.Technical Specifications

This valve supports a 16 BAR pressure rating, suitable for high-demand scenarios. The wafer duo type, characterised by its dual-plate check mechanism, responds to flow changes, preventing backflow with its spring-loaded design. Sizes range from 50mm to 600mm, accommodating various pipeline dimensions.

Innovative Design Features

A pinless square drive and a 420 stainless steel stem/shaft, Highlight the valve’s excellent corrosion resistance and ability to handle greater flow rates. The CF8M stainless steel disc is precision-engineered, enhancing the seating interface and reducing operational wear.

The Check Valve – Ductile Iron – Wafer Duo – 316 SS Disk & EPDM Seat is more than just a valve; it’s a strategic investment in your system’s integrity and efficiency. Offering seamless integration into diverse applications, it ensures robust performance, cost savings, and reliable backflow prevention, solidifying its status as a must-have in fluid control management.