Dixon B5107E300CCNB 3" B5107 EPDM ACTUATED

# Sanitary Fittings - Dixon B5107E300CCNB EPDM Actuated Valve The **Dixon B5107E300CCNB** is a high-performance 3" EPDM actuated valve designed specifically for sanitary applications in the food, beverage, dairy, cosmetic, and pharmaceutical industries. Manufactured by Dixon Sanitary Fittings, a leader in hygienic design and engineering, this valve ensures compliance with stringent hygienic standards, making it ideal for processes that require high reliability and efficiency. ## Key Features • **Material Construction**: Made from durable stainless steel, ensuring corrosion resistance and longevity in harsh environments. • **EPDM Seals**: Equipped with EPDM seals for optimal performance and resistance to a wide range of chemicals and temperatures. • **Actuation Type**: Features an actuated design for automated operation, enhancing efficiency and reducing manual intervention. • **Size Compatibility**: Designed to fit 3" sanitary piping systems, making it versatile for various applications. • **Hygienic Design**: Meets or exceeds 3A sanitary standards, ensuring safe and reliable operation in hygienic processing environments. ## Applications • **Food and Beverage Processing**: Ideal for controlling flow in production lines, ensuring product integrity and hygiene. • **Dairy and Pharmaceutical Industries**: Perfect for applications requiring strict compliance with sanitary standards and reliable performance. • **Compatibility**: Works seamlessly with a variety of other Dixon Sanitary fittings and components, enhancing system integration. ## Benefits • **Enhanced Operational Efficiency**: The actuated design allows for quick and precise control of flow, increasing productivity in processing operations. • **Improved Reliability**: Constructed with high-quality materials and seals, this valve minimizes the risk of leakage and downtime. • **Versatile Applications**: Suitable for a wide range of industries, providing flexibility in system design and operation. --- *Product information compiled with AI assistance for reference purposes.*