Metallurgical industry

There are many kinds of metallurgical equipment, including not only the equipment needed by the raw material plant, but also the equipment needed from the upstream process to the downstream process, such as steelmaking process, rolling process, leveling process and so on. All kinds of bearings are installed on these equipment. These bearings are used under the unique "iron powder", "water" and "hot" working conditions of metallurgical equipment, and also meet the operating conditions such as "heavy load + vibration shock" and "from ultra-low speed to high speed + rapid acceleration and deceleration". It is used under very bad working conditions.

The iron and steel smelting process is extremely harsh. the equipment needs to operate in an environment of temperature up to 3000C, load of 3000 tons, extremely slow swing, peak load and vibration, and has to face high temperature, large amount of cooling water and high impact every day. they also have to bear the increasing production requirements and the challenge of maintaining or even improving the quality of finished products, while operators are also under pressure to reduce unit costs, improve product quality and reduce environmental impacts. This is a serious challenge for an industry where daily reliable and safe production is no longer easy.

Temperature and speed limits, continuous high impact loads, abrasive dust, corrosive chemicals and high humidity are extreme working conditions faced by factories in the metallurgical industry, and it is safe to say that these are rare challenges in other industries, which can cause equipment aging and unplanned downtime, which can make effective maintenance difficult even under better conditions. Increasingly stringent environmental and health and safety regulations also make environmental protection and employee safety a top priority.

Under the pressure of increasing output and steel quality, the equipment needs to meet the requirements of improving dimensional accuracy, surface quality, steel grade and production speed, while overcoming the daily challenges of high precision, high load, high speed and corrosive coolant, reducing unplanned downtime and production interruptions, reducing labor and spare parts costs, and prolonging maintenance and maintenance intervals. Eliminate manual lubrication of lubrication points in areas with bad working conditions and reduce risks and accidents.