China Chemical Industry Butterfly Manufacturer, Supplier

The Plum Type Knife Gate Valve adopts the plum blossom shape specially designed by WAITS VALVE, which has better sealing and fluidity. The valve is made of durable and corrosion resistant materials and can operate reliably even in harsh conditions. It is very suitable for the metallurgical, chemical and power industries, with easy operation, low maintenance cost and reliable pipeline control.

Waits Valve is a large valve manufacturer and integrated supplier. Among them, PTFE Lined Globe Valve is our flagship product. With a large inventory and huge market demand, we are confident in our delivery capabilities. If you start a cooperation with us, please rest assured to entrust all to us! We will definitely give you a satisfactory service and price!

Don't let impurities harm your system! Use the Waits T-Strainer, which is made of high quality materials and precision manufacturing processes, and has excellent durability and filtering effects, making it a must have filter for industrial and civil piping systems to protect against contaminants.

Waits's marine concentric butterfly valves are designed to API 609 / ISO 14313 / JIS F7480 – internationally recognized marine valve standards that specify requirements for structure, dimensions, materials, and performance, ensuring reliability and quality in shipboard applications.

Waits Valve U-Type Recirculating Water Butterfly Valve is a manufacturer, factory, and supplier of automatic recirculation valves used for pump protection. The automatic recirculation valve used for pump protection is a multifunctional valve whose main purpose is to always pass through the predetermined minimum flow rate of the centrifugal pump. This is very important because centrifugal pumps can overheat, corrode, and cause permanent damage when idling. The automatic recirculation valve or automatic flow check valve used for pump protection is a special form of lift check valve installed downstream of the boiler feedwater pump. Achieve minimum flow during low flow operation.