2 In. D X 2 In. D Fip Brass Swing Check Valve

Introducing the Homewerks 2 in. D x 2 in. D FIP Brass Swing Check Valve, now available at Sierra Log And Timber in Chico, CA. This essential plumbing component is designed to ensure the smooth flow of water while preventing backflow, making it a crucial addition to your plumbing system. Whether you're a professional plumber or a DIY enthusiast in Chico, this swing check valve is a reliable choice for maintaining the integrity of your water supply.

• Lead-Free Material: Crafted from high-quality brass, this valve is lead-free, ensuring safe water flow for both residential and commercial applications.
• Maximum Pressure and Temperature: With a maximum pressure rating of 200 PSI and a maximum temperature of 200°F, this valve is built to withstand demanding conditions.
• Effective Backflow Prevention: The swing design allows water to flow in one direction only, effectively preventing contaminated water from flowing back into the main supply.
• Versatile Installation: Suitable for horizontal or vertical mounting, this valve fits a 2-inch pipe size, making it adaptable to various plumbing configurations.
• Easy Maintenance: The side tap feature allows for drainage from the non-pressure side when the cap is removed, simplifying maintenance tasks.

Imagine the peace of mind you'll have knowing that your plumbing system is protected from backflow issues. The Homewerks swing check valve is ideal for use in residential settings, as well as in commercial applications where water quality is paramount. Whether you're installing it in a new system or replacing an old valve, this product ensures that your water supply remains clean and safe.

In conclusion, the Homewerks 2 in. D x 2 in. D FIP Brass Swing Check Valve is more than just a plumbing accessory; it's a vital component for anyone looking to enhance their plumbing system's reliability and safety. Don't compromise on quality—get yours today at Sierra Log And Timber in Chico, CA, and ensure your water supply is protected against backflow.