This dewatering vibrating screen equipment For Coal Mines is mainly used in metallurgy, coal mine, mineral processing, building materials, chemical industry, abrasives and other industries.
1. The flow-passing parts of the screen machine are sprayed with wear-resistant polyurethane coating, and the rest are sprayed with epoxy paint.
2. The sieve plate is made of polyurethane material, with high opening rate and long service life.
3. The vibration motor adopts a well-known domestic brand, with low power consumption and stable amplitude.
1.With the high frequency and large output, it can effectively reduce water content in fine sand. 2.Use high-quality manganese steel, integral grinder profile design. 3.CNC machining of the side plate and protective plate, high-strength Huck bolt link, no soldering seam. 4.The sieve plate adopts polyurethane or stainless steel strip seam sieve plate, modular installation, local replacement local wearing for the low cost of spare parts, longer service life than the conventional screen, and not easy to block holes. 5.Can design corresponding solutions according to the different requirements of users. In addition, the opening types of the screen slots are designed with square holes, round holes and long holes, which can adapt to special screening and reduce hole blocking. The anti-blocking and wear-resistant polyurethane screen plate equipped with ANJUN vibrating screen has long life, high screening efficiency, easy disassembly and replacement, and can meet the production needs of the site. Linear vibrating screen adheres to a rigorous and pragmatic design concept to ensure high reliability, low failure rate and quality assurance.
Chemical industry: resins, coatings, industrial drugs, cosmetics, paints, traditional Chinese medicine powder, etc.
Food industry: sugar powder, starch, salt, rice flour, milk powder, soy milk, egg powder, soy sauce, juice, etc.
Metal, metallurgical mining: aluminum powder, lead powder, copper powder, ore, alloy powder, welding rod powder, manganese dioxide, electrolytic copper powder, electromagnetic materials, grinding powder, refractory materials, kaolin, lime, alumina, heavy carbonic acid Calcium, quartz sand, etc.
Pollution treatment: waste oil, waste water, dyeing and finishing waste water, auxiliaries, activated carbon, etc.
