The I-FLOW Rubber Coated Check Valve combines advanced sealing technology and robust construction, ensuring outstanding performance and reliability in high-demand applications. With its corrosion-resistant, wafer-type design and wear-resistant rubber-coated body, this valve is an ideal choice for environments needing reliable flow control and backflow prevention.
What is a Rubber Coated Check Valve
A Rubber Coated Check Valve is a one-way valve that uses a rubber-coated disc to allow fluid to flow in one direction while preventing reverse flow. The rubber coating provides a secure, flexible seal and increased resistance to corrosion and wear, making it ideal for use in environments where the media may be abrasive or chemically aggressive.
Why Make the Full Body with Rubber Coated
Corrosion Resistance: The rubber coating on the valve surface provides excellent corrosion resistance, making it suitable for applications involving corrosive media or harsh environments.
Wear Resistance: With a rubber-coated double-disc design, friction between the disc and seat is minimized, significantly enhancing the valve’s service life.
How Does a Rubber Coated Check Valve Work?
In a rubber-coated check valve, fluid flow in the correct direction opens the rubber-coated disc, allowing passage. As the flow reduces or reverses, the disc closes tightly against the seat, providing a secure seal that prevents backflow. The rubber coating enhances this seal, ensuring minimal leakage even under variable pressure conditions
Key Features of I-FLOW Rubber Coated Check Valves
Enhanced Sealing: The rubber coating provides a flexible, watertight seal, ensuring no leakage and efficient backflow prevention.
Corrosion and Abrasion Resistance: With robust rubber coating, the valve is protected against corrosion and wear, enhancing longevity in aggressive environments.
Reduced Water Hammer: The flexible rubber disc minimizes impact when closing, helping reduce water hammer effects in pipelines.
Low Maintenance: The durable rubber layer protects against clogging and external debris, allowing for smooth, reliable operation over time.
Wafer-Type Design: The compact wafer design (or clamp-type) simplifies installation, especially in systems with limited space. This makes it ideal for confined areas where full-bodied valves may not fit.
Post time: Oct-29-2024