Definition of Forged High-Pressure Ball Valve

All components of the forged high-pressure ball valve are forged parts. The soft sealing ring is embedded in the steel ring, and the steel seat is also machined with a sealing surface. O-rings are installed on both the radial and back sides of the steel seat to ensure no medium leakage. The valve stem adopts a bottom-mounted design, and a thrust bearing is installed at the shoulder to reduce the operating torque.

Fire-Resistant Function: Once the soft seal is burned out, the medium pressure pushes the ball against the steel seat, which can achieve the fire-resistant function. All components of this valve are forged parts; the soft sealing ring is embedded in the steel ring, and the steel seat is also machined with a sealing surface. O-rings are arranged on both the radial and back sides of the steel seat to ensure no medium leakage. The valve stem is of bottom-mounted design, and a thrust bearing is provided at the shoulder to reduce the operating torque.

Technical Parameters of Forged High-Pressure Ball Valve

a. Operating Pressure: 1.0Mpa-42.0Mpa

b. Operating Temperature: -46℃～+550℃

c. Actuation Method: Manual, Worm Gear, Pneumatic, Electric, etc.

d. Connection Method: Flange, Welding, Butt Welding, Socket Welding, etc.

e. Manufacturing Standards: Chinese Standards (GB, JB, HG); American Standards (API, ANSI); British Standard (BS); Japanese Standards (JIS, JPI), etc.

f. Valve Body Material: Cast Steel, Carbon Steel, Forged Steel, A105, F11, F22, Stainless Steel (304, 304L, 316, 316L), Chrome-Molybdenum Steel, Low-Temperature Steel, Titanium Alloy Steel, etc.

Product Features of Forged High-Pressure Ball Valve

The valve adopts a full-bore design, featuring low fluid resistance.

The valve uses a three-body structure, which is easy to assemble and disassemble, facilitating on-site maintenance and replacement.

Equipped with a fire-resistant structure, it can ensure sealing reliability in case of accidental fire, and the sealing surface is not easily eroded by the medium.

The bottom-mounted valve stem and packing structure design prevents the valve stem from falling off, and its small volume saves installation space.

The valve has small opening and closing force, enabling easy operation.