Stainless Steel Worm Gear Hard-Sealed Wafer Butterfly Valve

Highlight: Stainless Steel Worm Gear Hard-Sealed Wafer Butterfly Valve

Product introduction:

This valve is made of high-quality stainless steel, featuring strong corrosion resistance and high-temperature resistance, enabling it to adapt to various

process environments. The stainless steel material also endows the valve with superior structural strength and durability, ensuring the service life of the

product. To meet different needs, the D373W - 16P stainless steel wafer butterfly valve offers a rich selection of models. Whether for small industrial

systems or large - scale process flows, we can provide suitable models. It can perfectly fit whether installed in water treatment systems or used in

chemical production. The D373W - 16P stainless steel wafer butterfly valve has excellent sealing performance. We adopt a brand - new sealing structure

to ensure that the valve can effectively prevent leakage during operation. The valve also has low operating torque and a flexible operating feel, making it

convenient for staff to operate and maintain.

Product technical parameters:

Product features:

1. The valve adopts a triple-offset sealing structure, with minimal wear between the valve seat and butterfly disc, and features a sealing function that tightens as the valve closes.
2. The sealing ring is made of stainless steel, combining the dual advantages of metal hard sealing and elastic sealing. It demonstrates excellent sealing performance in both low and high temperatures, along with characteristics such as corrosion resistance and long service life.
3. The sealing surface of the butterfly disc is overlay-welded with cobalt-based hard alloy, making it wear-resistant and extending its service life.
4. Large-sized butterfly discs adopt a truss structure, which offers high strength, a large flow area, and low flow resistance.
5. The valve has a bidirectional sealing function, allowing installation in any direction without being restricted by the medium flow direction or spatial position.
6. The driving device can be installed in multiple positions (rotated 90° or 180°), facilitating user operation.