What are the production processes of stainless steel screens?

There are 4 production processes for stainless steel screens. They are divided into stretched stainless steel screens, flat-top stainless steel screens, corrugated stainless steel screens, and embossed stainless steel screens.

Stretched stainless steel screens
It is made of high-quality stainless steel plates by stamping or stretching, so it is also called stainless steel stretched mesh or stainless steel plate mesh, stainless steel punching mesh. Stainless steel plate mesh can be used for escalators, passages, mines, locomotives, roads, municipal facilities, and residential areas.

Corrugated stainless steel screens
There are two types: single-wire screens and double-wire screens. The single-wire generally has a small aperture and coarse wire. The screening rate is better than that of steel plate screens (with edge wrapping, non-edge wrapping and flattening). The double-wire aperture is larger and the wire is fine. The elasticity and wear resistance are better than those of single-wire heavy-duty screens. The price is lower than that of single-wire heavy-duty screens, which is economical and applicable.

Grinded stainless steel screens
It uses high-quality steel wire, stainless steel wire, iron wire, galvanized wire and other materials, which are first rolled and then woven, bidirectional bending, bidirectional wave separation bending, and unidirectional bending. It is made of stainless steel wire that is pre-bent into a wavy shape and woven in a plain weave. Since the metal wire is pre-bent by a mold, the metal wire in two directions can be in a relatively correct position, thereby ensuring the consistency of the mesh size of the crimped wire mesh.

Flat-top stainless steel screen
Using high-quality high-carbon steel and manganese steel as raw materials, it is characterized by wear resistance, high temperature resistance, high toughness, earthquake resistance, tension resistance, no interference, and better screening rate than steel plate screen. It is mainly used in large-scale stone processing, asphalt mixing plants, coal mines, metallurgy, chemical industry and other industries.