Thermal Pressure Safety Valve

Name: Thermal Pressure Safety Valve
Brand: HYPER VALVES PRIVATE LIMITED
Price: 500 INR
Availability: InStock

Price 500 INR/ Piece

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MOQ : 1 Piece

Thermal Pressure Safety Valve Specification

Sealing
Metal to metal

Application
Liquid

Structure
Angle

Type
Spring loaded

Size
1/2" to 16"

Pressure
Medium Pressure

Product Type
Spring loaded

Port Size
As per API

Temperature
Max. 200 Celsius (oC)

Thermal Pressure Safety Valve Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About Thermal Pressure Safety Valve

Thermal pressure safety valve

Type - Spring loaded, Angle pattern
Size - 1/2" to 16"
Pressure - 150#, 300#,600#, 900#, 1500#, 2500#
MOC - CS, SS304, SS316 (As per application)
Orifice - AS per API
Over pressure - AS per API
Blowdown Pressure - As per API
End connection - Screwed end, Flange end, Socket weld,
Bonnet type - Close bonnet, Open bonnet
Lever operated ( optional)
IBR Approved

Versatile Design for Extensive Applications

The valve's angle structure and a wide size range enable it to fit seamlessly into multiple liquid handling systems. With sizes from 1/2" up to 16" and port sizing as per API standards, these valves are well-suited for industrial pipelines, refineries, chemical plants, and various other operations requiring medium pressure thermal safety solutions.

Reliable Performance in High Temperatures

Built with a metal-to-metal sealing and robust spring-loaded mechanism, the valve ensures secure and consistent performance even at high temperatures up to 200C. Its quality construction and materials provide long-lasting durability, minimizing maintenance needs and ensuring operational safety under demanding conditions.

FAQ's of Thermal Pressure Safety Valve:

Q: How does a thermal pressure safety valve operate in liquid applications?

A: A thermal pressure safety valve is designed to automatically open and release excess pressure when it reaches a preset limit, ensuring liquids within a system are safely managed. The spring-loaded mechanism reacts to rising pressure, allowing the valve to open and prevent equipment or pipeline damage.

Q: What makes the angle structure and API port sizing beneficial for industrial use?

A: The angle structure of the valve simplifies installation and provides enhanced flow efficiency, especially in space-constrained areas. API port sizing ensures compatibility with industry-standard fittings, making integration into existing systems seamless and maintaining optimal safety and performance.

Q: When should you select a metal-to-metal sealing safety valve?

A: You should choose a metal-to-metal sealing safety valve when operating with higher temperature (up to 200C) or abrasive liquids that could compromise non-metal seals. This design offers improved durability and leak-tight performance under rigorous industrial conditions.

Q: Where are your thermal pressure safety valves manufactured and exported?

A: Our valves are manufactured at our state-of-the-art facility in India and supplied to domestic and international clients. We have established ourselves as a trusted exporter, manufacturer, and supplier, providing quality products to various industries worldwide.

Q: What is the process for selecting the right size and type of safety valve for my application?

A: Start by identifying the operating pressure, temperature, and liquid characteristics of your system. Choose a valve size based on the pipeline dimensions (1/2" to 16") and ensure API port compatibility. Our technical experts can assist in reviewing your system data to recommend the most suitable valve type and configuration.

Q: How do users benefit from spring-loaded safety valves in medium-pressure systems?

A: Spring-loaded safety valves offer precise pressure regulation for medium-pressure systems, automatically releasing excess pressure while maintaining reliability. Users benefit from enhanced equipment protection, reduction of downtime, and overall process safety.

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