Double Orifice Air Release Valve Manufacturer in India
Specialityvalve is the leading Double Orifice Air Release Valve Manufacturer in India. We supply to Karnataka, Uttar Pradesh and Andhra Pradesh. A Double Orifice Air Release Valve is a specialized type of valve used in pipelines and water distribution systems to automatically release air trapped inside the system. Unlike regular air release valves that have only one opening for releasing air, this valve has two separate openings or orifices. This design allows it to efficiently release large volumes of air and prevent the formation of air pockets or bubbles, which can obstruct the proper flow and operation of the fluid inside the pipeline. The second orifice in the valve acts as a vacuum breaker. It prevents the formation of a vacuum or negative pressure within the pipeline when water or fluid is rapidly drawn from it. Negative pressure can lead to pipe collapse or contamination, so the vacuum breaker function helps ensure the system operates safely and avoids damage. Essentially, it helps maintain the system's efficiency and ensures a consistent flow of liquid by expelling unwanted air.
Parts:
Body
Float Assembly
Orifices
Sealing Mechanism
Valve Cover
Pressure Relief Mechanism
Mounting Flange
Advantages:
Improved Air Removal
Prevention of Vacuum Formation
Reduced Water Hammer
Enhanced System Efficiency
Extended Pipeline Lifespan
Reliability
Versatility
Easy to Maintain
We manufacture Double Orifice Air Release Valve for the following industries:
Water and Wastewater Treatment Plants
Power Generation Industry
Oil and Gas Industry
Chemical Processing Industry
Mining Industry
Paper and Pulp Industry
Maritime and Shipping Industry
Automotive Industry
Petrochemical Industry
Aerospace Industry
Pulp and Paper Industry
Description:
Body Material- ductile iron, cast iron, WCB,WCC, WC6, LCB, LCC
Size- 1/2’’ to 8’’
Pressure No- PN6 to PN25
Class- 150 to 300
Ends- Flanged
Our Website: https://www.specialityvalve.com/product-category/double-orifice-air-valve/














