Why is the stainless steel slot screen more suitable for coal washing plants?
The clean coal de-mediation screen is an important mechanical component in the coal washing plant. The screen machine needs to be equipped with wear-resistant stainless steel ore screen and coal washing screen plate to produce clean coal faster and more
The clean coal de-mediation screen is an important mechanical component in the coal washing plant. The screen machine needs to be equipped with wear-resistant stainless steel ore screen and coal washing screen plate to produce clean coal faster and more smoothly. Most coal washing plants use the vibrating screen separation coal washing method. After the coal is crushed, it is mixed with water and the impurities contained in the coal are removed by high-frequency vibration. The quality of coal screening is mainly determined by the quality of the coal washing screen plate.
The stainless steel slot screen is a metal mesh structure element used for screening and filtration. There are many specifications: arc screen, slot screen, screen basket, jigging screen plate, cylinder screening, grinding head screen, etc. are collectively referred to as ore screen. The most common material is stainless steel. Stainless steel ore screen is a newly developed product in the wire mesh industry. The stainless steel ore screen has uniform mesh surface, stable welding quality, high opening rate, long service life, and high strength. It is mainly used for coal screening and processing in coal washing plants.
The stainless steel slot screen has the characteristics of high screening rate, wear resistance, corrosion resistance, anti-skid, vibration resistance, strong elasticity, strong toughness, and non-closed. The cross section of the stainless steel slot screen wire is trapezoidal, and the gap is narrow at the top and wide at the bottom. It is welded from the screen bars formed by cold rolling of stainless steel wire. The product adopts the world's advanced full-wound welding production process, and is welded on a group of support wires arranged in a circular manner using special trapezoidal wire windings. The full-process welding ensures the strict continuous integrity of the product, so that it forms an ideal gap size and has the maximum performance of withstanding high pressure.