Bearings For Cement Industry

Crusher bearings are bearings used in crushers to support and transmit power. According to different working conditions and needs, crusher bearings have different types and characteristics.

According to the size of the bearing, crusher bearings can be divided into small bearings and large bearings. Small bearings are generally used in crushers with higher speeds and smaller loads, such as seated rolling bearings and tapered roller bearings in jaw crushers; large bearings are generally used in low-speed, heavy-load crushers, such as impact crushers. Spherical roller bearings in the machine, etc.

According to the load and direction carried by the bearing, crusher bearings can be divided into radial bearings, thrust ball/roller bearings, and angular contact ball bearings. Radial bearings are generally used to bear radial loads, such as rolling bearings, cylindrical roller bearings, etc.; thrust bearings are generally used to bear axial loads, such as deep groove ball bearings, aligning ball bearings, etc.; angular contact bearings can bear radial loads. And axial combined loads, such as tapered roller bearings, etc.

According to the material and usage characteristics of the bearing, crusher bearings can be divided into carburized steel bearings; bainite quenched bearings, ceramic bearings, and stainless bearings. Carburized steel bearings have higher hardness and better impact resistance and are often used in crushers that bear larger loads; bainite quenched bearings have better fatigue resistance and wear resistance and are often used in crushers with moderate loads. Crushers, ceramic bearings, and stainless bearings have better corrosion resistance and high-temperature resistance and are often used in crushers with harsh working environments.

When selecting crusher bearings, comprehensive considerations need to be made based on the actual situation. Firstly, the suitable bearing type and material need to be determined according to the type and working conditions of the crusher; secondly, the size and structural form need to be determined according to the load and direction the bearing bears; finally, the alignment performance and service life of the bearing need to be considered. 

In general, crusher bearings are an indispensable part of the crusher and need to be reasonably chosen and used according to the actual situation.

FV Reliability helps you maintain your production momentum.

FV bearings offer the Cement industry plant operators and equipment manufacturers longer service life under some of the most challenging operating conditions. Maximizing uptime and reducing maintenance costs for improved productivity at Cement plants. Durability and reliability are crucial in cement manufacturing, where the failure of a single component can disrupt the entire process. Our superior bearings offer high performance with robust design, helping you improve profitability and productivity. We continue to deliver the reliability required by Cement plants around the world.

Crusher classification:

The crusher is a mechanical device that can crush ore, rocks, concrete, and other materials. According to the working principle, crushers can be divided into two types: mechanical crushers and hydraulic crushers.

The mechanical crusher uses impact, shear, friction, and other forces to crush materials. It has the advantages of a simple design structure, easy operation and maintenance, and strong crushing capacity. However, it also has the disadvantages of loud noise, easy wear, and uneven particle size of the finished product. Shortcoming.

Hydraulic crushers use hydraulic pressure to crush materials. They have the advantages of low noise, high crushing efficiency, and uniform particle size of finished products, but they are expensive and have relatively high maintenance costs.

Crusher is widely used in mining fields, water conservancy, construction, highways, railways, and other fields. It is mainly used for mining, crushing, and mineral processing of ore. At the same time, it is also widely used in the chemical industry, environmental protection, food, and other fields.

A jaw crusher is a commonly used crushing equipment. Its working principle is to use a cavity of a certain shape formed between two jaw plates. After the material enters the cavity, it is crushed by strong extrusion force. Jaw crusher has the characteristics of a simple structure, reliable operation, convenient maintenance, and low energy consumption. This machine is designed for crushing hard and brittle materials, particularly stones.

The hammer crusher uses a high-speed rotating hammer head to hit the material, causing it to be crushed by impact. The hammer crusher is an exceptional solution for crushing tough and medium-hard materials. Its advantages include a substantial crushing ratio, superior production capacity, and consistent particle size.

The single-stage crusher is an efficient and energy-saving crushing equipment. Its working principle is to use impact and shear force to crush materials. The single-stage crusher has the advantages of a large crushing ratio, fine discharge particle size, simplified process, and low operating cost. This machine is capable of crushing materials that are hard and brittle.

In general, the crusher, as an important mechanical device, is widely used in various fields, providing efficient and reliable solutions for material crushing and crushing operations.