V-Ball Valves are designed and manufactured with special processes that make them suitable for specific applications and industrial environments. Here are some special processes for V-Ball Valves:
Sphere Design:The V-shaped ball valve has a V-shaped ball, which is one of its most striking features. This design allows for a gradual increase or decrease in the contact area between the ball and the seat during opening and closing, allowing for more precise fluid control.
Seat Material:Since the V-type ball valve requires good sealing performance, the seat is usually made of wear-resistant and corrosion-resistant special materials to ensure stable sealing performance in long-term use.
Surface Treatment:The balls and seats of some V-ball valves are subjected to special surface treatments, such as spray coating or case hardening, to improve the valve's wear and corrosion resistance.
Stem Seal:The stem is a key component used to control the opening and closing of the ball. V-Ball Valves are usually sealed with specially designed stems to ensure reliable sealing performance under harsh conditions such as high temperatures and high pressures.
Anti-fouling design:Some V-ball valves are designed to handle fluids that are prone to fouling, so the geometry in the valve body is designed to reduce the potential for fouling and maintain a clear flow path.
High Temperature, High Pressure Applications:For high temperature and high pressure applications, V-ball valves may be designed with special alloy materials, heat treatment processes, and reinforced construction to ensure stability and durability under extreme operating conditions.
These special processes make V-Ball Valves excellent in specific industrial applications, especially where high-precision fluid control and corrosion resistance are required.