DELCO SS304 Wafer Type Double Acting Single Acting Pneumatic Butterfly Valve

• Customization: Available
• Media: Water, Air, Gas,Oil, Liquid, Steam
• Driving Mode: Pneumatic
• Model NO.: DK67-WB
• Connection Form: Wafer
• Structure: Centre Sealing
• Seal Form: Soft Seal
• Work Pressure: Low Pressure (Pn<1.6mpa)
• Working Temperature: Normal Temperature (-40°C<T<120°C)
• Material of Seal Surface: Soft Sealed
• Standard: GB/ASME/API/JIS/DIN/GOST Standard
• Application: Industrial Usage, Water Industrial Usage, Household Usage
• Material: Stainless Steel
• Temperature of Media: t<180 degree
• Structure Type: Midline Structure / a Type
• End Connection: Lug, Wafer, Flanged
• Transport Package: Customized Packaging
• Specification: DN50~DN400
• Trademark: DELCO
• Origin: China

Product Description

DELCO SS304 Wafer Type Double Acting Single Acting Pneumatic Butterfly Valve  

Product Description

Our SS304 Wafer Type Pneumatic Butterfly Valve is a paragon of engineering ingenuity, centered around a meticulously crafted circular butterfly plate, pivotal for its operation. This state-of-the-art design empowers seamless and precise control of fluid media flow within pipelines by methodically adjusting the butterfly plate's position. At the heart of its superior performance lies a robust pneumatic actuator, which serves as the primary driving force. Utilizing the dynamic energy of compressed air, the actuator skillfully manipulates the valve stem, guiding the butterfly plate through a smooth 0 to 90-degree rotation arc. This enables exact modulation, opening, closing, or controlling of flow, establishing it as an essential tool for advanced flow management.

Product Features

• Experience swift and intuitive operation with our pneumatic actuator, designed for rapid on/off function with a simple, efficient 90-degree rotation.
• Our butterfly valves boast a sleek, compact, and lightweight design, available in larger diameters, providing a highly cost-effective alternative to conventional valve types.
• The unique back-to-back free seat design offers reduced torque and user-friendly seat replacement capabilities, greatly enhancing ease of maintenance.
• By integrating an advanced spherical frictional surface design at the middle and lower valve plate holes, we achieve minimal torque and superior sealing performance.
• The cutting-edge water line sealing seat, coupled with the plane surface design of the valve plate, effectively eliminates clamping issues prevalent in long-term pneumatic valve operations.

Product Parameters

ITEM	SS304 Wafer Type Double Acting Single Acting Pneumatic Butterfly Valve
Port Size	DN50-DN400
Power	Pneumatic
Material	Stainless Steel Butterfly Valve
Sealing material	EPDM Seat Butterfly Valve
Lifespan	1,000,000 (1 Million) Times
Size Range	DN50~DN300
Type	Wafer Type Butterfly Valve

Company Profile

DELCO Valve As a renowned leader in top-tier valve solutions, DELCO Valve excels in providing a diverse portfolio of products, including precision-engineered control valves, user-friendly motorized valves, rapid-response pneumatic valves, cost-effective solenoid valves, manual valves, and a wide range of actuators and fittings. Our unwavering dedication is to deliver high-caliber, reliable valve products for an array of industrial and commercial uses.

Our meticulously crafted control valves are designed for precision, ensuring accurate regulation of fluid flow, pressure, and temperature.
Motorized valves are celebrated for their intuitive operation and the capability to be easily programmed for bespoke specifications.
Pneumatic valves are vital in automation systems, acclaimed for their swift response and consistent performance.
Solenoid valves are engineered to be lightweight and economical, making them a versatile choice for myriad applications.

DELCO Valve has solidified its reputation by consistently delivering exceptional quality, dependable performance, and outstanding customer service. Our relentless innovation continues to provide premium valve solutions to meet our clients' dynamic and evolving needs.