Double Flange Butterfly Valve EPDM Seat

Flanged butterfly valves distinguish themselves as a highly versatile fluid control solution, uniting cutting-edge structural design, exceptional operational efficiency, and uncompromising reliability across countless industrial scenarios. Their unique design fuses the key advantages of flanged end connections robust installation and high-pressure capability with the natural benefits of butterfly valve mechanics, including space-saving compactness and swift quarter-turn operation, making them a top choice for diverse industry needs.

1. Simple structure, low cost:

Few components, simple processing and assembly technology, and simple structure means easy to understand and maintain.

2. Excellent bidirectional sealing performance (soft seal):

Under low pressure and normal temperature conditions, soft seals can achieve excellent sealing effects, and the leakage level can usually reach zero leakage (ANSI Class VI).

3. Extremely low flow resistance and high flow capacity:

The thickness of the butterfly plate is the only obstacle in the medium flow channel when the valve is fully opened, and it causes very little pressure drop on the medium. The advantages are obvious in systems that require maintaining smooth pipelines and reducing pumping energy consumption. Suitable for high flow applications, especially in water treatment, air conditioning water systems, water supply and drainage, and other high flow scenarios.

4. Small size, light weight, easy installation:

Compact design, compared to gate valves or globe valves of the same caliber, has a shorter structural length and much lighter weight.

Standard export wooden case packaging

Flanged butterfly valves are universally acclaimed for their compact configuration, lightweight construction, and cost-efficiency, solidifying their position as a preferred fluid control solution across diverse industrial sectors. The flanged end connections facilitate secure, leak-free installation through bolted fixation to compatible flanges, ensuring consistent and reliable performance across both low and high-pressure operating conditions.