We Aira Euro Automation is a well known Pressure Relief Valve manufacturer & Safety Valve manufacturer in India. We manufacture IBR Approved safety valves for our customers because these valves are very useful to control the pressure of Water, Gas, Air, and low temperature oil types of elements. Therefore we supply Pressure Relief Valves to oil refineries like ONGC as well as we export our products offshore.
There are two end connections, the first is Screwed and the second is Flanged, both end connections are connected to different working lines as per industry requirements. We use CF8/CF8M materials in the making of screwed body, bonnet, Plug, and Plug bolts. For spring we use Stainless Steel 302 and 304 for adjusting Nut and Bolts, For the spring guide we use Brass / Stainless Steel 410 and we also use high quality NBR/Viton in making of Diaphragm, V-seal, washer, and O-ring.
Here are some key features and specifications:
Its maximum working pressure is 21kgf/cm2 inlet
15MM To 100MM
80 °C (For Water), 180 °C (For Steam)
21 BAR (High Pressure On request)
0.5 ~ 10 BAR , 10 ~ 20 BAR
CF8 / CF8M
NBR / VITON
Water / Gas / Air & Low Temperature oil
Flanged End 150 Class
1 – Robust Construction: Built from high-strength materials to ensure durability and resistance to corrosion and extreme conditions.
2 – Precise Pressure Control: Designed for accurate pressure settings, providing reliable and timely activation to prevent over pressure situations.
3 – Quick Response Mechanism: Engineered to open rapidly at set pressure levels, ensuring immediate relief and enhanced safety.
4 – Compact Design: Space-efficient design allows for easy integration into various systems, making it ideal for limited spaces.
5 – User-Friendly Installation: Designed for straightforward installation and maintenance, reducing downtime and operational costs.
6 – Low Maintenance: Minimal upkeep required, ensuring long-lasting performance and reliability.
7 – Safety Assurance: Complies with international safety standards, providing peace of mind in critical applications.
