Flowtrend 114247 58-34-762/00 SDU4 Kit DN50/2.0" FPM

Hydraulic Valves The **Flowtrend 114247 SDU4 Kit DN50/2.0" FPM** is a high-performance hydraulic valve designed for optimal fluid control in sanitary applications. Engineered with precision and built to meet stringent industry standards, this valve is an essential component for systems in food and beverage processing, ensuring reliable and efficient operation. ## Key Features • **Material Composition:** Constructed from high-quality FPM (Fluoroelastomer), providing excellent resistance to heat and chemicals commonly found in sanitary environments. • **Design Specifications:** Features a DN50 (2.0") diameter, allowing for substantial fluid flow while maintaining pressure consistency. • **Robust Construction:** Engineered for durability with a focus on the sanitary industry, ensuring compliance with 3-A Sanitary Standards and FDA regulations. • **Sealing Performance:** Utilizes advanced sealing technology to minimize leakage and enhance operational reliability. • **Easy Integration:** Designed for simple installation and compatibility with various hydraulic systems, reducing downtime during maintenance. ## Applications • **Sanitary Processing:** Ideal for food and beverage applications where strict hygiene and performance standards are necessary. • **Fluid Handling Systems:** Perfect for use in hydraulic systems requiring reliable flow control and pressure management. • **Industrial Environments:** Suitable for pharmaceuticals and other industries where fluid integrity is critical. ## Benefits • **Enhanced Reliability:** The robust design ensures long-lasting performance, reducing the frequency of replacements and maintenance costs. • **Operational Efficiency:** High flow capacity supports efficient processing, contributing to improved productivity in manufacturing environments. • **Compliance Assurance:** Adherence to industry standards ensures safety and reliability, instilling confidence in system performance across applications. --- *Product information compiled with AI assistance for reference purposes.*