Flowtrend 124037 U2105324 U2 Mod 45/60/130 Org Dbl FPM (MS)
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$40.51
# Seals The Flowtrend 124037 U2105324 U2 Mod 45/60/130 Org Dbl FPM (MS) is a high-quality round O-ring designed specifically for fluid-handling applications in the sanitary industry. Manufactured by Flowtrend, a leader in fluid-handling equipment, this O-ring ensures reliable sealing and optimal performance in various food and beverage processing environments.
Key Features • **Material Composition:** Constructed from durable FPM (Fluoroelastomer), offering exceptional resistance to chemicals and high temperatures. • **Design Specifications:** Engineered as a double O-ring (Org Dbl) for enhanced sealing capabilities, providing a robust barrier against fluid leakage. • **Compatibility:** Specifically designed to fit models U2 Mod 45, 60, and 130, ensuring a precise fit for maximum efficiency. • **Dimensions:** Carefully crafted to meet industry standards, this O-ring ensures a snug fit that prevents any potential fluid loss. • **Certification:** Complies with ISO 9001-2015 standards, 3-A Sanitary Standards, and FDA regulations, underscoring its suitability for sanitary applications.
Applications • **Food and Beverage Processing:** Ideal for use in pumps, valves, and other fluid-handling systems within the food and beverage sector, ensuring safe and effective operation. • **Pharmaceutical Industry:** Suitable for applications requiring stringent sanitary conditions and reliable sealing to maintain product integrity. • **Compatible Systems:** Works seamlessly with various equipment that requires O-ring seals, providing versatility across multiple applications.
Benefits • **Enhanced Reliability:** The double O-ring design ensures superior sealing performance, significantly reducing the risk of leaks. • **Chemical Resistance:** The FPM material provides excellent resistance to aggressive fluids, enhancing the longevity of the seal in demanding environments. • **Quick Installation:** Designed for easy integration into existing systems, minimizing downtime during m
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