Posted: 2021 02 04 Source: Kefid Shanghai Machinery Views: 391
Raymond mills are suitable for building materials, metallurgy and other non-flammable and explosive mining and chemical industries for powder processing of more than 280 materials such as barite, calcite, potash feldspar, talc, marble, limestone, ceramics, glass which Mohs hardness is not greater than 7 and humidity is below 6%. The fineness of the finished product is arbitrarily adjusted between 613 microns and 440 microns (0.613 mm-0.44 mm). In the ceramic processing industry, the use of raymond mills to process mineral redstone powder can develop ceramic pigments.
Raymond Mill is mainly composed of main engine, analyzer, blower, finished cyclone separator, pipeline device, motor, etc. The main machine is composed of frame, air inlet volute, blade, grinding roller, grinding ring, cover and motor. Auxiliary equipment includes jaw crusher, bucket elevator, electromagnetic vibrating feeder, electric control cabinet, etc. Users can choose flexibly according to site conditions.
Using mineral raw material-redstone powder to produce brown ceramic pigment, it has the characteristics of low cost, stable coloring, wide applicable firing temperature, etc., and can be widely used in building sanitary ceramics and various ceramics and glass products . The use of mineral raw material-redstone powder to produce ceramic pigments can greatly reduce the cost of ceramics.
The performance characteristics of raymond mill:
1. The whole machine is a vertical structure with a small footprint and strong system. It can form an independent production system from the rough processing of raw materials to the conveying to the powdering and subsequent packaging.
2. The transmission device of the main engine adopts a sealed gear box and pulley, which is stable in transmission and reliable in operation.
3. The important parts of raymond mill are all made of castings and profiles, with fine craftsmanship,which increase the durability of the whole set of equipment.
4. The electric system of raymond mill adopts centralized control, and the selection is advanced and reasonable with a high degree of automation.