Plastic socket ball valves are used for flow control during transportation with corrosive media, and the temperature requirements vary depending on the material. All parts are assembled using FRPP, UPVC, CPVC, PVDF, and PPH injection molded parts, which have excellent corrosion resistance. The sealing ring adopts F4. It has excellent corrosion resistance and extends its service life. Flexible rotation and convenient use. The integral ball valve has fewer leakage points, high strength, and the connecting ball valve is easy to install and remove. It can only be used for cutting off or flowing, and should not have flow regulation. Liquids containing hard particles can easily scratch the surface of the ball. Plastic ball valves are lightweight and highly corrosion-resistant, and are used in various fields such as piping systems for pure water and drinking water, drainage and sewage piping systems, saltwater and seawater piping systems, acid-base and chemical solution systems, and other industries. Their quality has been widely recognized by users.

Advantages of plastic socket ball valve:

1. Light weight, easy installation, wear resistance, easy disassembly, simple and easy maintenance, low material consumption, small installation size, fast switch, 90 ° reciprocating rotation, small driving torque and other characteristics,

2. It has excellent strength and toughness, excellent chemical corrosion resistance, self extinguishing flame retardancy, low thermal conductivity, which is 1/200 of steel, and the heavy ion content in the medium reaches ultra pure water content.

3. The hygiene indicators meet the national health standards, are safe and convenient,

4. Connection methods such as adhesive bonding, threading, flanges, welding, etc. can be used.

5. Excellent aging resistance and UV resistance, the service life of valves is much longer than that of general valves under normal use.

6. The valve stem adopts a double O-ring, which improves durability and sealing performance. In addition, due to the fact that the upper O-ring groove is deeper than the lower O-ring groove, if the valve stem is broken, the upper ring groove will break first and will not cause internal liquid to flow out.