Ore dressing machine

The melting furnace is an industrial high-frequency power supply equipment manufactured using the principle of electromagnetic induction. It uses a high-frequency power supply to generate high-frequency current, which is passed into the metal materials such as bars, billets, ores, etc. in the melting chamber to generate eddy currents and Joule heat, forming a heat source for high-speed heat transfer. It can quickly heat the metal material to the melting point and melt it into a fluid state. It is simple to operate, environmentally friendly, has low energy consumption, and is widely used in casting, heat treatment, melting separation and other industries.

The experimental magnetic separator is mainly used in metal beneficiation laboratories. It uses a wet method to magnetically separate fine-grained strong magnetic ores in a downstream separation form. The magnetic separator is small in size, light in weight, simple to operate and easy to maintain. It is not suitable for beneficiation experiments with corrosive liquids.

The shaking table is a common equipment for laboratory ore selection research and testing and small-scale ore dressing plant gravity separation. It is smaller than the ordinary production shaking table and is suitable for indoor ore dressing test. It is needed by small-scale ore dressing plants with limited space. Its ore dressing effect is roughly the same as that of a large-size shaking table. It is suitable for the separation of fine and micro-fine rare metals, ferrous metals, non-ferrous metals, precious metals and other ores and coal.

The experimental spiral chute is a common equipment for laboratory ore selection research and testing and small-scale ore dressing plant gravity separation. It is smaller than the ordinary production spiral chute and is suitable for indoor ore dressing test. It is needed by small-scale ore dressing plants with limited space. Its ore dressing effect is roughly the same as that of the large-size spiral chute. It is suitable for the separation of fine and micro-fine rare metals, ferrous metals, non-ferrous metals, precious metals and other ores and coal.

The experimental jig is a common equipment for laboratory ore selectivity research and testing and small-scale ore dressing plant gravity separation. It is smaller than the ordinary production jig and is suitable for indoor ore dressing test. It is needed by small-scale ore dressing plants with limited space. Its ore dressing effect is roughly the same as that of large-size jig. It is suitable for the separation of fine and micro-fine rare metals, ferrous metals, non-ferrous metals, precious metals and other ores and coal.

The experimental flotation machine has been widely used in mines and laboratories in my country. It has a reasonable structure, stable operation, reliable work, and is suitable for the separation of non-ferrous metals, ferrous metals and non-metallic minerals. It has the following characteristics: self-absorption of air, good slurry circulation characteristics, relatively stable air intake, moderate stirring intensity, good suspension of solid particles, stable liquid level, and low power consumption.

The  inclined  tube  high-efficiency  thickener  is  a  high-efficiency  sedimentation  and  concentration  equipment  which  is  researched  and  developed  on  the  basis  of  summarizing  the  working  principle, characteristics  and  shallow  settlement  theory  of the  traditional  drive-type  thickener.The  inclined  tube densifier   has   the   advantages   of   smallsize,small   land   occupation,no   power,low   investment,low   operating cost and high efficiency of settlement and concentration.It is suitable for sewage discharge treatment in metal,non-metal concentrator,building materials,chemical industry,etc.In recent years,it has been widely used in tungsten,tin and other precious metal concentrators.

Thickener is a solid-liquid separation device based on gravity sedimentation. It is usually a cylindrical shallow tank with a conical bottom made of concrete, wood or metal welded plates as structural materials. It can concentrate slurry with a solid content of 10% to 20% into an underflow slurry with a solid content of 45% to 55% through gravity sedimentation. With the help of a slow-running rake installed in the thickener, the thickened underflow slurry is discharged from the underflow port at the bottom of the thickener.

The intelligent ore sorting machine is an intelligent ore dressing equipment based on the integration of machine vision, artificial intelligence, ore dressing, optics, mechanics, electrical and other professional technologies. It selects the target minerals by the difference in the appearance color of the ore. With the development of intelligent pre-selection and discarding technology and equipment, the sorting field has expanded from wolframite to antimony, tin, lead, zinc, silver, copper, gold, molybdenum and other non-ferrous metals, precious metals, rare metals and non-metallic minerals such as feldspar and quartz.

Electromagnetic slurry machine is widely used to remove iron powder, micro-iron powder, magnetic substances, etc. in slurry glaze in the battery, medicine, food, ceramics, mining, chemical, electronics and other industries. The water-oil dual cooling system design ensures stable machine performance; intelligent control, no manual supervision required; uniform magnetic field distribution, high magnetic field gradient, low energy consumption; internal oxide film coil, excellent in temperature resistance, oxidation resistance, conductivity, magnetic field and other properties; beautiful and easy to clean, no residue left after demagnetization; the cavity is made of food-grade SUS304 stainless steel, and the inner wall tube material is effectively corrosion-resistant;

Dry magnetic separators are mainly used to separate large, coarse-grained strongly magnetic ores and fine-grained weakly magnetic ores. Compared with wet magnetic separators, which use liquid as a diluent to improve separation efficiency, dry magnetic separators require that the minerals to be separated are dry and that the particles can move freely and form an independent free state. Otherwise, the magnetic separation effect will be affected and even the separation will not be possible.

Wet magnetic separators are used in iron ore beneficiation plants to separate strongly magnetic minerals. According to the tank structure, they are divided into three types: downstream, countercurrent, and semi-countercurrent. They are also used as concentration equipment before filtration to replace magnetic dehydration tanks. Wet magnetic separators are used for wet magnetic separation of magnetite, pyrrhotite, roasted ore, ilmenite and other materials, and are also used for iron removal operations of coal, non-metallic minerals, building materials and other materials.