Safety Valve Series
- Safety Relief Valve
- Pressure Relief Valve
- Balanced Safety Relief Valve
- Pilot Operated Safety Relief Valve
- Steam Safety Relief Valve
- Full Lift Safety Valve
- low Lift Safety Valve
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TechnologyMore >>
- The definition of safety valve
- The operating principle and types of safety valve
- The selection
- The installation
- Calculation
- Classification
- Calibration standard provisions
- Standard collections
- Type made methods instructions
- Common faults and reasons
NewsMore >>
Safety valve discharge can produce noise levels up to 130dB(A) – well above the 85dB(A) occupational limit. A silencer (muffler) is effective, but the wrong type increases backpressure and affects valve performance. [2026-06-15]
When a safety valve pops, the high‑velocity discharge creates a huge reaction force. If not considered in design, it can bend discharge pipes, tear supports, or leak flanges. Three points are often missed. [2026-06-12]
When sizing a safety valve, most focus only on set pressure, ignoring accumulation pressure – the pressure rise above set pressure during discharge. If no margin is left, relief capacity may be insufficient, and pressur [2026-06-10]
Many plants stop at “annual calibration”. After testing, they reinstall the valve and forget it. But the period between calibrations is when most failures occur. The following four maintenance steps are often missed. [2026-06-08]
