Design features >>>
1. Zero leakage: Exquisite manufacturing process to achieve bi-directional zero leakage performance of ball valve;
2. Self-pressure relief design: The valve features an automatic self-pressure relief function. When the valve is opened, the pressure in the valve cavity will be automatically relieved to avoid overpressure due to temperature rise;
3. Large diameter ball: The large ball design provides a larger sealing surface, reduces valve seat compression and improves the service life;
4. Pressure self-sealing design: The valve seat is designed for self-sealing. As pressure increases, the ball presses against the seat, improving the sealing performance. The higher the pressure, the better the seal;
5. Modular design: Versatile and easy to replace parts;
6. Fire protection design: The valve meets fire protection standards such as API607 and BS6755;
7. Anti-static structure: Conductive springs are placed between the valve stem, body and ball to avoid electrostatic ignition and ensure system safety;
8. Explosion-proof valve stem: The valve stem is explosion-proof and features an inverted sealing function to prolong the service life of the packing;
9. Multiple connection methods: Thread, welding, and chuck connections provide greater adaptability for various applications;
10. Elastic sealing valve seat: Made from high-quality imported materials, the valve seat offers low torque and a long service life.
Application Fields >>>
☼Chemical industry ☼Food industry ☼Beverage industry ☼Pharmaceutical industry ☼Petroleum industry ☼Natural gas industry ☼Metallurgical industry ☼Water conservancy industry ☼Paper industry ☼Electricity industry ☼Others
Execution standard >>>
Design criteria:ASME B16.34、API608、MSS SP-110
Wall thickness standard:EN 12516-3
Thread standard:ANSI B1.20.1、DIN 2999/259、ISO 7/1、ISO 228/1、JIS B 0203
Welding standard:ASME B16.25(butt welding)、ASME BA16.11(sleeve welding)
Flange standard:ASME B16.5、GB 9113、JB 79.1~4、HG 20592、JIS B2220
Inspection testing:API598、MSS SP-110
Product parameters >>>