Pressure Reducing Valves (PRVs) Series
- Water Pressure Reducing Valves
- Steam Pressure Reducing Valves
- Direct Operated Pressure Reducing Valves
- Externally Piloted Diaphragm-Operated Pressure-Reducing Valves
- Internally Piloted Piston-Operated Pressure-Reducing Valves
- Pressure Reducing Automatic Control Valves
Product drawing»
Structural drawing»
Cooperation
TechnologyMore >>
- Reducing valve introduction
- Reducing valve basic performance and design standards
- The reducing valve structural classification
- Selection
- Various reducing valve working principles
- Oxygen reducing valve working principles and using method
- Reducing valve installation requirements
- Reducing valve Common Faults and exclude method
- Valve adjustable feature
- The reducing valve regulating principles in the pipeline
NewsMore >>
1. Problems with Sizing for Maximum Flow When the load is very low, the main valve operates at a minimal opening for extended periods. This leads to: ① The piston stroke is concen [2026-02-26]
When setting the drive pressure for a mechanical pump, the correct method is to set it 1-1.5 kg/cm² (15-20 psig) above the back pressure. This is appropriate in most cases. Howeve [2026-02-09]
Steam, as a vital secondary energy source, is widely used across numerous industrial sectors. Steam systems consume one-third of the total coal output, making them a significant ar [2026-02-05]
Direct-Acting Pressure Reducing Valve The simplest type of pressure reducing valve. It features a flat diaphragm or bellows. As a self-contained unit, it does not require an extern [2026-02-02]
