The Full Lift Safety Relief Valve provides rapid overpressure protection for critical industrial systems by achieving complete disc lift upon reaching the set pressure. This design allows a high-capacity flow passage during pressure release, safeguarding pressure vessels, pipelines, boilers, and heavy-duty process equipment against excessive pressure spikes.
The engineered full lift structure ensures quick opening characteristics and stable discharge performance. It is suited for applications requiring reliable pressure regulation, accurate pressure thresholds, and continuous operation under demanding industrial environments.
Product Features
Rapid Full Lift Performance
Engineered to reach maximum opening capacity immediately following activation, delivering high-volume pressure discharge for demanding safety requirements.
Stable Pressure Control
The calibrated spring-loaded architecture maintains consistent set pressure performance, supporting reliable functional behavior under fluctuating operating conditions.
Durable Industrial Construction
Pressure-retaining components utilize selected metallic alloys designed to deliver mechanical strength, corrosion resistance, and extended service life across industrial facilities.
Reliable Sealing Performance
Precision-machined sealing interfaces help maintain tight shut-off during standard operating cycles, minimizing unwanted media leakage.
Working Principle
Full Lift Opening Mechanism
Upon reaching the preset operating threshold, the valve initiates opening. The precision-engineered disc and nozzle configuration allow internal components to rapidly achieve maximum lift, instantly generating an expanded discharge area for efficient media release.
Automatic Pressure Recovery
Once excessive pressure is successfully relieved and system levels return to normal parameters, the calibrated spring-loaded mechanism guides the valve to close smoothly, re-establishing a tight seal and preventing media loss.
Technical Specifications
|
Parameter |
Specification |
|
Valve Type |
Full Lift Safety Relief Valve |
|
Size Range |
DN15 - DN400 |
|
Pressure Rating |
PN16 - PN420 / Class 150 - Class 2500 |
|
Set Pressure Range |
0.05 MPa - 42 MPa |
|
Temperature Range |
-196°C to 550°C |
|
Body Material |
Carbon Steel, Stainless Steel, Alloy Steel |
|
Connection Type |
Flanged, Threaded, Welded |
|
Medium |
Steam, Gas, Air, Liquid |
|
Lift Type |
Full Lift Design |
|
Application Standard |
Industrial Pressure Protection Systems |
Manufacturing Process
Precision Machining
Primary pressure components undergo controlled machining procedures to achieve tight dimensional tolerances and ensure correct internal alignment during final assembly.
Surface Treatment
Component exteriors receive specialized protective treatments matched to material specifications, enhancing resistance to environmental corrosion and operational wear.
Assembly Control
Units are assembled under strict operational guidelines, focusing specifically on spring calibration, sealing interface alignment, and smooth mechanical travel.
Quality Control & Testing
Pressure Testing
Every individual valve undergoes hydrostatic or pneumatic pressure testing to verify structural body strength, seating integrity, and operational reliability prior to dispatch.
Performance Inspection
Critical functional parameters, including set pressure accuracy, opening response time, and closure tightness, are verified against strict engineering standards.
Traceable Production Control
Comprehensive manufacturing records and inspection data are systematically archived to maintain complete quality accountability throughout production cycles.
Material & Customization Options
Material Selection
Body and trim configurations are available in carbon steel, stainless steel, and alloy steel to match diverse temperature thresholds, pressure classes, and fluid media properties.
Engineering Customization
Tailored solutions are available for nominal valve size, specific pressure set points, connection styles, sealing element compositions, and structural layouts.
Application Adaptation
Design modifications can be implemented to suit specialized steam networks, gas handling loops, high-volume pressure vessels, and unique industrial apparatus.
Applications
Oil & Gas Processing
Deployed for critical pressure protection across transmission pipelines, separation skids, and related hydrocarbon production facilities.
Chemical Industry
Integrated into chemical processing units requiring controlled pressure relief and dependable safety containment under continuous operation.
Power Generation
Installed on industrial boilers, steam distribution headers, and auxiliary plant equipment requiring certified overpressure protection.
Industrial Pressure Systems
Applied widely across large pressure vessels, air compressors, and heavy fluid handling loops.
Certifications & Compliance
Manufacturing operations align with established international quality management frameworks, incorporating:
ISO 9001 Quality Management System
ISO 14001 Environmental Management System
ISO 45001 Occupational Health and Safety Management System
Products are fabricated utilizing controlled production workflows and inspection protocols to satisfy rigorous international project specifications.
Packaging & Global Delivery
Protective Packaging
Valves are secured using robust protective materials designed to guard against physical impact, moisture infiltration, and surface scuffing during transit.
Export Preparation
Crating and boxing methods are customized according to physical valve dimensions, total weight, overseas destination ports, and specific project delivery schedules.
Delivery Support
Streamlined production coordination and meticulous documentation preparation facilitate efficient international logistics and customs clearance procedures.
FAQ
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