In industrial production, crushing equipment plays a crucial role. Among various crushing equipment, the mineral sizer has gained popularity among many enterprises due to its strong adaptability. When it comes to the mineral sizer, many people first think of its outstanding performance in crushing coal from open-pit mines. However, the functions of the mineral sizer go far beyond this. Today, let's explore what other unexpected materials the mineral sizer can crush besides coal.

Mineral sizer with synchronous gear forced synchronization has the advantages of strong shearing and bending crushing force, large crushing ratio, uniform particle size of discharge and screening, small powder passing amount, forced discharge, strong production processing capacity, and low energy consumption of crushing and screening. Therefore, it can adapt to the production requirements to the greatest extent and is a relatively ideal crushing and screening equipment.

Mineral sizer uses the shear principle and classification method to break mineral materials. Compared with similar products at home and abroad, mineral sizer has low energy consumption and high efficiency, meeting the needs of high-yield and high-efficiency mine production, and has been applied in the coal mine and achieved good results. Due to the unique working mechanism and mechanism of the crusher, the crusher can efficiently break all kinds of wet, dry, sticky, soft, hard ore and rock without blocking material, and the production capacity can reach more than 5000t/h, especially suitable for high-yield and high-efficiency crushing of coal mines. The differential mineral sizer has the advantages of high processing capacity, low energy consumption, uniform product particle size, no excessive crushing, small size, light weight, high reliability, and is an efficient and energy-saving crushing equipment.

Mineral sizer, as an important material crushing equipment, is widely used in mining, coal, building materials, chemical industry and other fields. In mining, it can break large ores into small pieces suitable for subsequent processing, and improve the utilization rate of ores; in the coal industry, raw coal can be effectively broken to meet the requirements of different users for coal particle size.

In the field of industrial production, the crushing of materials is a very critical process, whose purpose is to convert large pieces of raw materials into small pieces of materials that meet the size requirements to meet the needs of subsequent processing or use. mineral sizer is an efficient crushing machine that plays an integral role in several industries. It is widely used in the mining industry, in the processing of coal, iron ore, non-ferrous metal ores and other types of ores, can be mined large ores broken into smaller particle size, laying the foundation for the subsequent processing, smelting and other processes, greatly improving the mining efficiency; In the metallurgical industry, raw materials such as iron ore and coke can be broken to make their granularity suitable for blast furnace smelting and ensure the smooth progress of steel production; In the building materials industry, it is often used to treat marble, granite, limestone and other stones to provide high-quality stone materials with appropriate particle size for construction, decoration and other fields; The chemical industry is also inseparable from mineral sizer, which can break various chemical raw materials into the particle size to meet the chemical reaction and processing requirements, ensuring the stability of chemical production.

Coal is the most important resource in the global energy, now is the largest use of all energy, the highest proportion, the most efficient energy, coal reserves are also the simplest, the lowest cost of important resources. The most important thing in coal mining is its crushing and conveying links. In many crushing equipment and crushing methods, mineral sizer takes the lead with its unique advantages.

Intellectual property rights, and has obtained a new technology patent. It can well protect the coupling and the shaft from the physical level, avoiding shaft breakage and damage caused by excessive torque or overload.