Cast Iron Pressure Reducing Valve for upto 85C
Make: Aira
Body Bonnet and Parts: SS 304
Pressure Adjusting: 1-6Kg/cm2
Range: 4-10Kg/cm2
Temperature: Upto 85C
Media: Water/Oil
Ends: Flanged
Price range: ₹5,475 through ₹11,795 Exclusive GST
The Cast Iron Pressure Reducing Valve is designed to automatically regulate and maintain a constant downstream pressure in water and fluid distribution systems. Built with a robust cast iron body, this valve ensures durability, strength, and long service life in industrial and commercial applications.
Suitable for operating temperatures up to 85°C, it effectively reduces high inlet pressure to a stable and safe outlet pressure, protecting pipelines, fittings, and equipment from pressure fluctuations and damage.
This pressure reducing valve is ideal for water supply systems, HVAC systems, plumbing networks, and industrial fluid control applications where consistent pressure regulation is essential.
Key Features:
- Heavy-duty cast iron construction
- Temperature suitability up to 85°C
- Stable and accurate pressure regulation
- Protects pipelines and downstream equipment
- Suitable for water and non-corrosive fluids
- Low maintenance and reliable performance
FAQs – Cast Iron Pressure Reducing Valve for upto 85°C
1. What is the use of a Cast Iron Pressure Reducing Valve for upto 85°C in a non ibr boiler system?
A Cast Iron Pressure Reducing Valve for upto 85°C is used in a non ibr boiler system to automatically reduce and stabilize downstream pressure, ensuring safe and efficient steam or fluid flow without damaging connected equipment.
2. How does a Cast Iron Pressure Reducing Valve for upto 85°C improve safety in non ibr boiler applications?
A Cast Iron Pressure Reducing Valve for upto 85°C enhances safety in non ibr boiler applications by preventing excess pressure buildup, protecting pipelines, valves, and process components from pressure-related failures.
3. Is a Cast Iron Pressure Reducing Valve for upto 85°C suitable for continuous operation in non ibr boiler installations?
Yes, a Cast Iron Pressure Reducing Valve for upto 85°C is designed for reliable continuous operation in non ibr boiler installations, offering stable pressure control under varying load conditions.
4. Why is cast iron construction preferred for a Pressure Reducing Valve used in non ibr boiler systems?
Cast iron construction in a Pressure Reducing Valve for upto 85°C provides durability, strength, and cost-effectiveness, making it a dependable choice for long-term use in non ibr boiler systems operating within specified temperature limits.
| SIZE | |
|---|---|
| End Type |
4 reviews for Cast Iron Pressure Reducing Valve for upto 85C
Cast Iron Pressure Reducing Valve for upto 85C
Related products
-
Manual Valves, 3 / 4 Way Ball Valves, Ball / Gate / Globe Valves, Ball Valves, Non IBR Ball / Gate / Globe Valves, Non IBR Boiler Valves
3 Way Ball Valve L Port WCB / CF8 / CF8M Body
Manual Valves, 3 / 4 Way Ball Valves, Ball / Gate / Globe Valves, Ball Valves, Non IBR Ball / Gate / Globe Valves, Non IBR Boiler Valves3 Way Ball Valve L Port WCB / CF8 / CF8M Body
Make: Aira
Body: WCB / SS 304 (CF8) / SS 316 (CF8M)
Pressure: Up to 10 Kg/cm²
Temperature: Up to 180°C
Media: Water / Gas / Air / Oil
Ends: Flanged as per Class 150# / ScrewedSKU: e8430579000b
Excellent product for moderate temperature applications. We installed this valve on a hot water line (around 80°C), and it works perfectly. The adjustment mechanism is easy, and pressure control remains stable without hunting.
The Cast Iron Pressure Reducing Valve performs very well in our compressed air system. It maintains consistent downstream pressure without fluctuation. The body casting is solid, and the internal parts operate smoothly even under variable loads.
Good and reliable valve for general industrial use. The pressure setting remains steady once adjusted, and the valve responds quickly to changes in flow. The CI body is sturdy and durable.
We’ve been using this Cast Iron Pressure Reducing Valve for over a year in our process plant. It performs excellently within the 85°C range. The performance is stable, and the internal parts show minimal wear. Truly dependable!