Stainless steel pneumatic Flanged Angle Seat Valve

Stainless steel pneumatic Flanged Angle Seat Valve Characteristics

1. Flange Connection: Provides high sealing and strength, suitable for high-pressure, large-diameter systems, and easy to install and maintain.
2. Pneumatic Control: Driven by compressed air, offering quick response, ideal for automated operations and hazardous environments.
3. Angle Seat Design: Ensures good flow, reduces pressure loss, and is suitable for high-flow applications.
4. Self-Cleaning Function: The inclined design prevents medium retention, making it ideal for industries with high sanitary requirements.
5. High Temperature and Pressure Resistance: Suitable for high-temperature and high-pressure environments, with corrosion-resistant materials and strong stability.
6. Adaptable to Various Media: Handles a wide range of fluids, including corrosive and viscous media, with broad applications.
7. Long Service Life: Designed for frequent opening and closing, with a durable structure for long-term efficient operation.
8. Position Feedback: Equipped with feedback devices for real-time valve status monitoring, suitable for automated systems.
9. Low Maintenance Cost: Simple design with durable parts, reducing maintenance needs and costs.
10. Safety: Pneumatic operation with no electrical components, making it suitable for flammable and explosive environments.

Technical Parameters

Detailed Size

Application Recommendation

• Steam and Hot Water Systems: Due to its high temperature and pressure resistance, the pneumatic flange angle seat valve is widely used in steam and hot water pipelines.
• Chemical and Petrochemical Industries: When handling corrosive media and high-viscosity fluids, the flange-connected angle seat valve ensures efficient fluid control.
• Pharmaceutical and Food Processing: In industries with high sanitary requirements, the self-draining design of the angle seat valve is particularly important.
• Automation Equipment: Its quick response and automatic control capabilities make it a common device in automated production lines.