Metallurgy (furnace burden) formulates raw materials into finished materials with certain chemical composition and physical properties according to smelting requirements. The whole process includes batching, mixing, drying, granulation, pelletizing, calcination and roasting. The full mixing of the compound is an indispensable link, and the purpose of mixing is to make the composition of the compound uniform.

The mixing process of materials in the planetary furnace burden mixer in the metallurgical industry is: through the combination of rotation and revolution, to achieve a mixed state.

The planetary furnace burden mixer mixes raw materials with different physical characteristics through its unique mixing mechanism and power system. In the mixing process, the mixer moves at a certain speed and track, so that the raw materials are fully rolled, shear, convection and diffusion in the equipment, so as to achieve the purpose of uniform mixing.

Planetary furnace burden mixer features:

High mixing uniformity: The metallurgical industry uses advanced mixing mechanism design to ensure that the material is fully mixed in the body and the mixing uniformity is high.

High production efficiency: with a large load and a high speed, it can complete the mixing of a large number of materials in a short time to improve production efficiency.

Easy to operate: metallurgical mixers usually use automatic control system, easy to operate, easy to master.

Wide range of application: suitable for mixing a variety of materials, such as iron ore powder, coke, limestone, etc., widely used in building materials, metallurgy, refractory materials, ceramics and other industries.

Application of planetary furnace burden mixer mixer:

In the metallurgical industry, it is used for the mixing of iron ore, coke, limestone and other charges. By mixing different kinds of charges, it can meet the needs of different production processes.