CHECK VALVE BODY CI CS WCB SS304 SS316 Specification
| Parameter |
Specification |
| Material |
Cast Iron |
| Size |
Standard |
| Usage |
Industrial |
| Power |
Electrical |
| Pressure |
Medium Pressure |
| Media |
Water |
| Port Size |
1/4" 3/8" 1/2" |
CHECK VALVE BODY CI CS WCB SS304 SS316 Trade Information
| Specification |
Details |
| Minimum Order Quantity |
50 Pieces |
| Supply Ability |
50 Pieces Per Month |
About CHECK VALVE BODY CI CS WCB SS304 SS316
THINK TECH Check Valve
- Type: Swing / Lift Check Valve (Non-Return Valve)
Body Material Options:
- CI Cast Iron
- CS Carbon Steel
- WCB Cast Steel ASTM A216 WCB
- SS304 / SS316 Stainless Steel (Corrosion Resistant)
- Size Range: 1/2 to 24 (DN15 DN600)
- Class / Pressure Rating: Class 150 / 300 / 600 (PN10 PN100 as per standard)
- End Connection: Flanged (ANSI, DIN, JIS Standards) / Threaded (for small sizes)
- Seat Type: Metal-to-Metal / Renewable Seat / Soft Seated (NBR / EPDM / PTFE)
- Disc Material: CS / WCB / SS304 / SS316
- Operation: Automatic (Flow-activated, prevents reverse flow)
- Working Pressure: Up to 100 bar (depending on material & class)
- Temperature Range: -20C to +450C (depends on body and seat material)
- Medium: Water, Steam, Oil, Gas, Air, Chemicals
Features:
- Prevents backflow in piping systems
- Heavy-duty, durable body construction
- Available in bolted bonnet, swing or lift design
- Low-pressure drop, reliable sealing
- Long service life with minimal maintenance
Keywords
- CI Check Valve
- CS Check Valve
- WCB Check Valve
- SS304 Check Valve
- SS316 Check Valve
- Swing Check Valve Flanged
- Lift Check Valve Industrial
- Non Return Valve CI CS WCB SS
- Industrial Check Valve Class 150/300/600
- Stainless Steel NRV Flanged
Robust Material Construction
Manufactured from Cast Iron, Carbon Steel, WCB, SS304, and SS316, our check valve bodies provide superior resistance to corrosion and wear. The selection of high-grade metals ensures optimal performance in demanding industrial water applications, making them suitable for long-term use and reliability in harsh environments.
Application Versatility and Sizes
Our check valves are designed for medium pressure water usage, accommodating industrial needs with a range of port sizes: 1/4", 3/8", and 1/2". This makes them adaptable for various pipeline installations, ensuring compatibility and seamless integration into existing systems.
FAQs of CHECK VALVE BODY CI CS WCB SS304 SS316:
Q: How are these check valve bodies installed in an industrial water system?
A: These check valve bodies are installed in pipelines to allow unidirectional water flow, preventing backflow. Installation involves connecting the valve to the pipe using the appropriate port sizes (1/4", 3/8", or 1/2") and ensuring electrical power integration where required.
Q: What materials are used in the construction of these check valve bodies, and how do they benefit performance?
A: The check valve bodies are constructed from Cast Iron, Carbon Steel, WCB, SS304, and SS316. These materials offer excellent strength, corrosion resistance, and longevity, resulting in reliable performance in medium pressure industrial water applications.
Q: When should these check valve bodies be used in a water system?
A: They are ideally used whenever flow direction needs to be regulated and backflow prevention is requiredespecially in industrial settings with medium water pressure, to safeguard equipment and maintain process efficiency.
Q: Where can these check valves be sourced in India?
A: We are a leading manufacturer and supplier of these check valve bodies within India, providing reliable distribution networks and customer support for industrial clients nationwide.
Q: What is the process for routine maintenance of these check valve bodies?
A: Routine maintenance involves periodically inspecting the valve for leaks, ensuring the electrical components are functioning properly, and cleaning any deposits to prevent blockage and prolong valve lifespan.
Q: How does using these check valve bodies improve operational safety and efficiency?
A: These valves help eliminate backflow risks, maintain consistent system pressure, and reduce potential water contamination, thus enhancing overall safety and operational efficiency in industrial water systems.
