Microwave-enhanced leaching With the depletion of metallurgical raw materials, difficult-to-treat mines and low-grade ore deposits are gradually being exploited. The use of hydrometallurgical processes to treat such ores is more advantageous, but it has disadvantages such as low [Read More]

The microwave itself does not produce any harmful gases. Only the gases generated by the reduction and oxidation reactions need to be purified, which is conducive to environmental protection. Microwave is not a radioactive ray, nor harmful emissions, [Read More]

At present, the application of microwave in the metallurgical process involves microwave leaching, microwave-assisted extraction, microwave carbon thermal reduction, microwave drying, microwave sintering and other fields.   [Read More]

The microwave heating is even and the heating efficiency is high. The microwave can heat the heated material inside and outside together, avoiding the cold center phenomenon produced by the conventional heating, low heat loss, and high thermal [Read More]

Microwave heating can achieve selective heating, heating speed. Most sulphides and some oxides (such as MnO, NiO, etc.) can absorb microwaves in large quantities, and these substances can rise to several hundred degrees Celsius or even thousands of [Read More]

Microwave treatment of mineral tailings The potential for reduced energy consumption in mining comminution processes is manifested in changing the surface chemistry of minerals and advancing the formation of new smelting methods in more controlled environments. If microwave [Read More]

Localized heating of the mineral particles causes the material’s microcracking and brittleness to result in more efficient grinding. The use of microwave heating will enhance this localized heating. High-energy mineral particles cause phase or chemical changes during prolonged [Read More]

Battery material drying equipment is a device that uses microwave sources as the main component of the work. Microwave drying is a new type of drying method. When dry, microwave energy can directly act on the molecules of [Read More]