Description

The Full Lift Safety Valve is one of the most critical safety components in high-pressure industrial systems. It is designed to rapidly and efficiently relieve excess pressure whenever the system pressure exceeds the preset value, protecting equipment and pipelines from damage or failure while ensuring safe and reliable operation.

The valve operates with a Full Lift mechanism, allowing maximum flow capacity as soon as the set pressure is reached. Once the pressure returns to a safe level, the valve reseats tightly, maintaining system efficiency and preventing unnecessary loss of the process medium.

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Applications

The Full Lift Safety Valve is widely used in various industrial applications, including:

* Steam systems
* Steam boilers
* Pressure vessels and pressurized tanks
* Compressed air systems and compressors
* Chemical and petrochemical industries
* Power generation plants
* Hot water systems
* Industrial gas lines
* Thermal oil systems

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Features

* Fast response to overpressure conditions
* High discharge capacity with full lift operation
* Excellent tight shut-off after pressure relief
* Reliable performance in demanding operating conditions
* Long service life with minimal maintenance requirements
* Available in multiple body materials for various applications
* Manufactured in accordance with international industrial standards for maximum safety

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Technical Specifications

* Body Material: Stainless Steel or Cast Brass
* Connection Type: Threaded or Flanged
* Operating Temperature: -20°C to +250°C
* Pressure Setting Range: 0.5 – 40 Bar
* Operating Mechanism: Full Lift with Tight Shut-Off
* Seat/Seal Materials: PTFE, Viton, or Metal Seat (depending on application)

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Why Choose a Full Lift Safety Valve?

A Full Lift Safety Valve provides superior protection for industrial systems by rapidly relieving large volumes of excess pressure, reducing the risk of equipment damage and ensuring safe system operation. Its robust construction, premium materials, and reliable performance make it the ideal choice for applications requiring high safety, durability, and long-term operational efficiency.