● Space And Weight Saving
● Cost Saving (Product & Installation)
● Minimized Leak Paths
● Increased Line Structural Integrity
● ESDV+MOV Or ESDV+XV Configurations
● Increased Reliability Of The System
● Anti Blow Out/Low Emission Stems
● Fire Safe & Anti-Static Design
● Independent Ball And Stem
● Self Aligning Trims
● Self Relieving/ Double Piston Effect
● Floating Seats
● Soft Or Metal Seated
Material: Carbon Steel, Stainless Steel, Alloy Steel
Nominal Size: NPS 2"~60", DN 50~1500
Pressure Rate: Class 150~2500, PN 10~420
Temperature Range: -60°C~+250°C
Operator: Manual, electric, pneumatic, etc.
Application range: Suitable for switching the flow direction of the medium in pipeline systems such as water supply, petrochemical, metallurgy, mining, textile, energy, paper, food, steel, etc. Also, for shunting or mixing fluids.
CHM703 High Pressure Control Valve is a high-precision fluid control device specially designed for harsh industrial environments. It is suitable for high-pressure pipeline systems in industries such as petroleum, chemical engineering, power, and metallurgy. This product uses high-quality materials and advanced manufacturing techniques to ensure stable operation even under extreme conditions such as high pressure, high temperature, and strong corrosion. Its compact structure and reliable sealing enable precise regulation of flow and pressure, meeting the strict requirements of complex industrial processes. The high-pressure regulating valve has excellent shock resistance and vibration resistance, and is suitable for frequent opening and closing and high-load operation environments. It is also easy to maintain, effectively reducing long-term usage costs, making it an ideal choice in the field of industrial fluid control.
The dual plate check valve features two semicircular, spring-loaded valve discs mounted on a central vertical pivot. When the valve opens, the force of the fluid and the spring act at the center of the disc, causing it to open from the base first. This design minimizes wear on the seal during opening, enhancing its durability. As the flow decreases, the discs slowly move back towards the seat due to the spring's force, ensuring a gradual closure. During backflow, the increased force on the discs leads to a faster closure, effectively reducing the risk of water hammer and hydraulic shocks. The spring’s force closes the top end of the disc first, preventing damage at the disc's base and prolonging the seal's lifespan.
Self-operated Temperature Regulator is an energy-saving control device that does not require external driving energy. It relies on the temperature of the medium being regulated as the power source and the changes in the medium to automatically adjust according to the preset value. It integrates detection, control and execution functions into one valve and forms an independent instrument control system.