The stainless steel eccentric reducer includes a pipe body, and the surface of the inner wall of the product is equipped with a metal mesh that is suitable for the shape and size of the inner wall of the pipe body. The metal mesh of the product is equipped with multiple protrusions, and the ends of both ends of the metal mesh and the pipe body are fixedly connected. The metal mesh of the product is coated with an anti rust layer, and the anti rust layer of the product is composed of anti rust materials. The stainless steel eccentric reducer is fixed with a metal mesh with a convex tip on the surface of the inner wall of the pipe. When water containing impurities passes through the stainless steel eccentric reducer, the convex tip of the metal mesh intercepts the impurities and forms larger particles of impurities, which are deposited on the metal mesh instead of adhering to the inner wall of the pipe. Only regular disassembly and cleaning of the metal mesh from the stainless steel eccentric reducer are required, Then, install the cleaned metal mesh into the stainless steel eccentric reducer to achieve circular use.
In addition to using steel pipes as raw materials to produce stainless steel eccentric heads, some specifications of large and small heads can also be produced using stamping forming technology using steel plates. The shape of the stamping die used for stretching refers to the design of the inner surface size of the head, and the steel plate after cutting is stamped and stretched into shape using the stamping die.
Structural characteristics
The material of the stainless steel eccentric head is carbon steel, represented by multiplying the diameter of the large head by the diameter of the small head by the thickness.
Stainless steel eccentric head standards: national standard, American standard, British standard, and various non-standard high-pressure stamping.