China Pneumatic Fluorine-Lined Butterfly Valve with Limit Switch

• Customization: Available
• Media: Gas Oil Water Stem
• Driving Mode: Pneumatic
• Model NO.: VP052/DN15
• Structure: Centre Sealing
• Seal Form: Auto Sealed
• Valve Stem: Normal
• Work Pressure: Mid-Pressure (2.5mpa< Pn <6.4mpa)
• Working Temperature: Normal Temperature (-40°C<T<120°C)
• Material of Seal Surface: Soft Sealed
• Valve Body: Sheet Metal
• Standard: DIN/ANSI/GB/JIS
• Application: Industrial Usage
• Warranty: 1 Year
• Customized: OEM
• Stock Status: in Stock/Pre-Order/Custom Order
• Lead Time: Standard Lead Time
• Transport Package: Carton/ Wooden Case
• Trademark: VEAPON
• Origin: China
• HS Code: 848180
• Production Capacity: 50000/Month

Product Description

Pneumatic Fluorine-Lined Butterfly Valve with Limit Switch

Product Description:
The Pneumatic Fluorine-Lined Butterfly Valve with Limit Switch is designed for efficient flow control in corrosive or aggressive media. Its interior is lined with PTFE,  ensuring excellent chemical resistance, making it ideal for industries such as chemical processing, water treatment, and pharmaceuticals.

The pneumatic actuator provides quick and reliable operation, while the integrated limit switch offers real-time valve position feedback, enhancing automation and safety. Compact and easy to install, this valve is suitable for demanding environments requiring durable and leak-proof performance.

 

Key Features:

1. Chemical Resistance: Fluorine-lined interior protects against corrosive fluids and gases.
2. Pneumatic Actuation: Enables fast, automated open/close operation.
3. Limit Switch Integration: Provides accurate position monitoring for system safety.
4. Durable Construction: Options for ductile iron or stainless steel bodies.
5. Easy Installation: Compact wafer or lug design fits standard flanges.

Applications:

• Chemical processing
• Wastewater treatment
• Pharmaceuticals
• Industrial fluid control

This valve combines durability, automation, and chemical resistance, ensuring reliable performance in critical applications.