Standard Manual Ball Valve: 3/8" Pipe MPN:XV590P-6

This Parker manual ball valve is designed for precision control in flow regulation in various industrial and commercial applications. With a brass body, stainless steel trim, and PTFE seat and seal, the valve offers excellent durability and resistance to corrosion, chemicals, and abrasives. Its Tee handle design allows for easy operation, while the MNPT x FNPT end connection ensures a secure and stable fit. Ideal for applications in oil and gas production, petrochemical refining, water treatment plants, and other industries requiring precise flow control. The standard ball valve comes as a 2-piece assembly with a Reinforced Polytetrafluroethylene seat and seal, reinforcing its dependability. Its wide application range of working pressures, temperature ratings, and materials make it a versatile solution for various fluid handling systems.

Top product features:

• Durability: The valve's body is made from brass while its trim is stainless steel ensuring long-lasting use and resistance to wear.
• Ease of Operation: The valve's Tee handle design enables simple and smooth manipulation to control fluid flow.
• Wide Application Range: The valve comes with a working pressure range of 150psi 250psi, temperature rating of -50degF to 17bar, and various end connections that make it suitable for multiple industries and applications.

Top product applications:

• Oil and gas production industry: The Parker manual ball valve can handle high pressures and harsh chemicals in the oil extraction process, making it ideal for use in upstream, midstream or downstream operations.
• Water treatment plants: Its brass body, stainless steel trim, and PTFE seat & seal make it resistant to corrosion and wear & tear, making it suitable for use in treating water at various temperatures in the treatment process.
• Chemical manufacturing facilities: The valve's ability to withstand harsh chemicals and high pressures makes it an ideal component to control the flow of reactants or chemical mixtures in the manufacturing process.