The 12.7mm(Ferrule 50.5) 316 Stainless Steel Valve is designed to provide reliable flow control in systems that use ferrule fittings. Crafted from 316 stainless steel, it combines strength, corrosion resistance, and long term durability for demanding applications. The valve size of 12.7 mm and ferrule connection (Ferrule 50.5) support compact installations with dependable performance. Key benefits Durable corrosion resistance: made from 316 stainless steel to withstand harsh and corrosive environments. Reliable flow control: designed to provide steady and predictable valve operation in industrial piping. Ferrule connection: compatible with ferrule fittings for secure, leak resistant assemblies. Compact and straightforward integration: 12.7 mm valve size suits tight installations without compromising performance. Low maintenance: robust materials and simple construction contribute to long service life. Consistent performance across environments: suitable for applications requiring strong material performance and reliability. Key attributes Functionality: provides controlled flow through a valve designed for ferrule connections. Compatibility: compatible with ferrule fittings and standard stainless steel piping used in industrial systems. Size: 12.7 mm valve diameter; Ferrule 50.5 connection. Material: 316 stainless steel. Performance: enhanced durability and corrosion resistance typical of 316 grade stainless steel in demanding environments. Use cases Industrial fluid systems requiring a ferrule connection for secure, leak resistant assembly. Beverage, food processing, or pharmaceutical applications where stainless steel components support cleanability and corrosion resistance. Chemical processing or marine environments where corrosion resistance and durable valve construction are essential. Specifications Size: 12.7 mm Ferrule: 50.5 Material: 316 stainless steel Type: Valve Connection: Ferrule connection This description stays aligned with the product's stated model and features, presenting clear benefits, attributes, and practical applications without introducing unsupported details.