The steel industry is one of the world’s most important basic materials industries. Steel is a key material for many sectors, including mechanical engineering, the automotive industry, construction, and electrical engineering. Steel plants process large quantities of raw materials – often under extreme conditions such as high temperatures, heavy loads, and continuous operation.
Gears and industrial drive systems play a central role in this process. They power rolling mills, conveyor systems, cranes, and process machinery, ensuring reliable production processes. Due to the demanding operating conditions, gearboxes in the steel industry must be particularly robust, efficient, and durable.
Numerous machines and systems are used in the production and processing of steel.
Conveyor systems transport ore, scrap metal, and other materials within steel plants.
In the rolling mill, steel is processed into sheets, profiles, or wire. Roll drives must reliably transmit high forces.
Cranes and transport systems move raw materials and finished steel products within the production plants.
Gears are used in many areas of steel plants, for example in:
These applications require high-performance industrial gearboxes that operate reliably even under extreme conditions.
The production conditions in the steel industry place high demands on drive technology. Important characteristics are:
Gears are used, among other things, in rolling mills, conveyor systems, crane systems, and various transport and process plants.
Steel plants often operate under extreme conditions with high loads and continuous production processes. Gearboxes must therefore be particularly robust and reliable.
Gearboxes must transmit high torques, operate reliably in continuous operation, and at the same time be robust against industrial loads.
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