Pneumatic Ceramic Rotary Gate Valve,ceramic gate valve,Ceramic Lined Rotary Gate Valve

High-wear, pneumatically actuated rotary gate valve engineered for pressurized and vacuum pneumatic conveying systems. The valve features fully ceramic sealing faces that are precision ground and polished to deliver reliable shutoff and outstanding abrasion resistance in demanding applications such as coal-fired power plants, steel mills, cement and bulk cereals handling.

Key benefits

• Durable ceramic-to-ceramic sealing faces provide superior wear resistance and extended service life in abrasive, particulate-laden flows.
• Rotary valve-plate action prevents ash and dust buildup on sealing surfaces, maintaining tighter shutoff and reducing maintenance frequency.
• Short-stroke rotary actuation reduces mechanical wear compared with long-stroke designs and enables fast, positive cycling under pneumatic control.
• Flanged connection and customizable face-to-face length simplify integration into existing piping and conveying systems.
• Designed and tested to common industrial standards for pressure and dimensional compatibility.

Technical specifications

• Size range: NPS 4–12 (DN100–DN300)
• Pressure rating: Class 150 / PN6 / PN10
• Temperature range: 0 to 200 °C
• Connection type: Flanged
• Sealing faces: Toughened engineering ceramics (fully ceramic sealing surfaces)
• Operating mode: Pneumatic actuation
• Pressure test standards: GB/T 13927, API 598
• Face-to-face standards: GB/T 12221, API 609
• Valve body standards: GB/T 12224, ASME

Typical applications

• Dense- and dilute-phase pneumatic conveying systems
• Discharge and venting on silos, hoppers and bunkers
• Coal handling and ash discharge systems in power plants
• Material handling in steel, cement and grain processing plants

Supply and integration notes

• Valve can be supplied with customized structural length and connection sizes to match site piping requirements.
• Specify required flange standard and pneumatic actuator interface when ordering to ensure compatibility with plant control systems.