Brass Safety Valve

Get a Price/Quote

MOQ : 2000 Pieces

Brass Safety Valve Specification

Features
Strength, Durability

Product Type
Safety Valve

Material
Brass

Surface Treatment
Polished

Technics
Forged

Shape
Angle Type

Standard
ISO 9001 / DIN / BS Standard

Suitable Medium
Water, Gas, Air, Oil

Size
1/4 inch to 2 inch

Weight
Approx. 200g Grams (g)

Color
Golden Brass

Testing Pressure
Hydrostatic 1.5 times working pressure

Pressure Rating
Up to 16 bar

Leakage
Zero Leakage Design

Seal Material
NBR Rubber / PTFE

Application
Industrial, Plumbing, Heating Systems

End Connection
BSP/NPT Thread

Body Finish
Mirror/Matte

Discharge Type
Direct Spring Loaded

Brass Safety Valve Trade Information

Minimum Order Quantity
2000 Pieces

Supply Ability
50000 Pieces Per Month

Delivery Time
1 Days

About Brass Safety Valve

We are in the process of making the global identity in the domain, by manufacturing and supplying a quality range of Brass Safety Valve. These valves are manufactured by our diligent workforce making use of superior grade brass, obtained from authentic vendors. We make these valves available to the clients in different sizes. Before offering at reasonable price, we check the Brass Safety Valve on durability and designing parameters.

Features:

Rust free
Easy installation
Sturdy structure

Advanced Zero Leakage Technology

Utilizing high-quality NBR rubber or PTFE seals, the valves zero-leakage design prevents any unintended discharge, ensuring operational safety across plumbing, industrial, and heating systems. This advanced sealing performance reduces maintenance needs and cuts downtime, making it a robust solution for environments that demand reliability and enduring protection against pressure surges.

Engineered For Versatile Applications

Designed to meet global ISO, DIN, and BS standards, our brass safety valve supports multiple mediumswater, air, gas, and oil. Its threaded BSP/NPT connections suit both male and female installations, providing compatibility with diverse industrial setups. The valves weight and size variability allow seamless adaptation, whether retrofitting or installing in new systems.

FAQs of Brass Safety Valve:

Q: How does the direct spring-loaded discharge mechanism work in this brass safety valve?

A: The direct spring-loaded mechanism automatically releases excess pressure by lifting the valve once system pressure exceeds the set point. This action prevents potential system damage and resets after pressure normalizes, ensuring continuous protection and reliability.

Q: What are the benefits of the zero leakage design for safety valves in industrial use?

A: Zero leakage means the valve completely seals under normal operating conditions, eliminating loss of fluid or gas. This feature enhances workplace safety, conserves resources, and ensures compliance with stringent industrial safety regulations.

Q: When should a brass safety valve with a pressure rating up to 16 bar be used?

A: This valve is ideal for applications requiring precise overpressure control in systems where operational pressures do not exceed 16 bar, such as industrial pipelines, plumbing networks, and heating installations running water, air, gas, or oil.

Q: Where can this brass safety valve be installed?

A: The valve is suitable for use in various locations within industrial plants, building plumbing infrastructures, heating systems, and oil or gas pipelines. Its threaded (male/female) BSP/NPT ends facilitate easy integration into existing or new setups.

Q: What is the hydrostatic testing process for these brass safety valves?

A: Hydrostatic testing involves pressurizing the valve with water at 1.5 times its maximum working pressure to ensure integrity and verify that no leaks occur. This rigorous process guarantees safety and performance before installation.

Q: How does the mirror or matte body finish benefit the valves performance?

A: A mirror or matte finish provides enhanced resistance to corrosion and scaling, facilitates easier cleaning, and improves the valves overall lifespan, contributing to sustained operational efficiency in harsh environments.

Tell us about your requirement