Floating Full Port Ball Valve 1/2-12 Inches CF3M/CF8M/WCB
| 150-600Ibs Floating Full Port Ball Valve, |
| Design and manufacture:ASME B16.34,API60B |
| Face to face dimension:ANSI B16.10 |
| Fire safe:API6074th Edition (optional) Blow-out proof stem,Anti-static devices |
| Size:1/2 to 12 inches |
| Materials:CF3M,CF8M,CF8,WCB |
| Operation:hand lever,gear pneumatic and electric actuator |
Product Selling Points :
- Full Port Design: Low flow resistance, smooth medium circulation, reduced energy consumption, suitable for high-flow working conditions and meeting the needs of efficient industrial pipeline transportation.
- Floating Ball Structure: Excellent sealing performance, flexible opening and closing, suitable for 150-600Ibs pressure rating, applicable to medium and high-pressure industrial scenarios.
- Strictly Complies with International Standards: Designed and manufactured in accordance with ASME B16.34 and API60B; face-to-face dimensions comply with ANSI B16.10, with precise dimensions and strong interchangeability for easy installation and adaptation.
- Optional High-Quality Materials: Multiple material options including CF3M, CF8M, CF8, and WCB, featuring corrosion resistance and high-temperature resistance, suitable for different media (acid, alkali, oil and gas, etc.) and extending service life.
- Multiple Safety Guarantees: Optional API607 4th Edition fire-safe design, combined with blow-out proof stem and anti-static devices, ensuring safe and reliable operation and avoiding industrial safety hazards.
- Multiple Operation Modes: Supports hand lever, gear, pneumatic and electric actuators, easy to operate, and suitable for industrial pipeline systems with different automation levels.
- High Adaptability: Size covers 1/2-12 inches, suitable for various industrial pipeline specifications, and can flexibly match different project requirements.
- Durable Structure: High precision of valve body processing, special treatment of sealing surface, wear resistance and erosion resistance, suitable for long-term continuous operation and reducing maintenance costs.