Application fields of steel I-beams

Steel I-wheels are made of high-strength steel as the base material, and are widely used in the industrial field due to their wear resistance and strong load-bearing properties. The core scenarios are as follows:

Wire and cable industry

Used for winding conductors and finished products such as power cables and communication cables, especially suitable for the production, transportation, and storage of ultra-high voltage cables. The strength of steel can resist tensile deformation, and its corrosion resistance meets the long-term outdoor storage requirements.   

Steel wire rope and metal wire field

Suitable for the production of lifting wire ropes, building steel strands, etc., capable of withstanding high tension winding of metal wires. The structural design ensures that high-frequency use is not prone to wear and tear, and is commonly used in heavy scenarios such as mines and bridges.   

Fiber optic communication and automated production

In the manufacturing of fiber optic cables, high-precision steel I-wheels are used to ensure smooth fiber winding and uniform tension, reducing signal loss. Simultaneously integrated into mechanical production lines for automated coiling of steel strips and pipes, ensuring continuous operational stability.   

Energy and Heavy Industry Scenarios

Used in the petrochemical industry for winding oil well cables and industrial pipelines; The steel wire rope carrying the hoist in mining machinery is suitable for dust and heavy load environments; The metallurgical industry is used for steel strip winding and heat treatment workpiece bearing, relying on wear resistance to cope with harsh working conditions.   

Aerospace and Special Fields

Meet the winding requirements of military special cables (such as high-temperature missile cables) and aviation wire harnesses, with materials that meet high safety standards for impact resistance. In marine engineering, steel I-beams resistant to seawater corrosion are used for laying submarine cables and extended to harsh environmental scenarios.   

Summary: Steel I-beams have become the preferred choice for heavy-duty and high reliability winding scenarios due to their material performance advantages, especially in heavy industry, communication, and special fields where they cannot be replaced. Although some scenarios have been replaced under the trend of lightweighting, the core demand still relies on their high-strength characteristics.