metallurgy

Harsh conditions, fierce competition

In the iron and steel industry, the service condition of bearing is very bad. In addition to bearing fine iron powder, moisture and high temperature, it also bears high load, impact load, strong vibration and periodic rapid acceleration and deceleration, which generally requires long service life and high reliability of bearing.

Few industries can match the harsh working conditions of steel and other metal plants. Temperature and speed limits. Heavy and continuous impact load. Grinding dust, corrosive chemicals and high humidity. The comprehensive use of these conditions reduces the performance of the equipment, resulting in unplanned downtime, and it is difficult to carry out effective equipment maintenance.

There are many kinds of metallurgical equipment, including not only the equipment required by the raw material plant, but also the equipment needed from upstream process to downstream process, such as steel-making process, rolling process, leveling process, etc. These equipments are equipped with various bearings. These bearings are used under the special "iron powder", "water" and "hot" working conditions of metallurgical equipment, and also meet the service conditions of "heavy load + vibration impact", "from ultra-low speed to high speed + rapid acceleration and deceleration", and are used in very bad working conditions. "Stable operation and improvement of production efficiency" is a representative industry proposition in the field of metallurgical equipment.

Metallurgical solutions

Using our expertise in bearings and bearing units, seals, lubrication systems, mechatronics and services, we are committed to the research and development of bearing materials and bearing structures to improve the service life and reliability of bearings. Suitable for a variety of technology manufacturing bearings to meet customer needs, including heat treatment technology, higher reliability, material technology in muddy working conditions, greater endurance under heavy load conditions, and optimization design technology, with longer service life.

Our advanced tools and technologies include management, which is an effective way to reduce the total cost of equipment at every stage, from technical parameters and design to operation and maintenance. It can help factories:

● Increase yield

● reduce unplanned downtime

● reduce operating costs

● improve product quality

● reduce maintenance

● Reduce environmental impact.

● improve the safety production situation;

● Equipment upgrading