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Black Sheet, a variant of steel sheet, stands as a versatile material with widespread applications across various industries. Formed through cutting steel into thin sheets or rolling it, the initial product boasts a protective oil layer, earning it the name “Black Sheet.”

Manufactured in diverse thicknesses and sizes, the variability depends on the quality of the materials used in steel production and the specific manufacturing process. The shaping of steel occurs through either hot or cold rolling methods, with hot rolling involving high-temperature shaping and cold rolling transpiring at lower temperatures.

Utilized in an array of industrial applications, Black Sheet finds its place in roofing, wall cladding, steel structure manufacturing, vehicle production, white goods manufacturing, solar energy systems, kitchenware, and more. Typically, its dimensions range from 1000-1500 mm in width, 2000-6000 mm in length, and thickness varies between 0.5-25 mm.

Black Sheet distinguishes itself as a durable, long-lasting, and robust material, offering economic advantages over stainless steel. This affordability contributes to its extensive use in the construction and industrial sectors.

In summary, Black Sheet, with its protective oil layer and diverse size options, emerges as a go-to steel sheet for multifaceted applications in construction and industry. Its durability, longevity, and cost-effectiveness make it a preferred choice across various structural uses.

Usage areas

  1. Construction Structures: Black sheet profiles are integral in the construction industry, contributing to the creation of reinforced concrete structures. They play a key role in forming the bearing elements for floors and columns.

  2. Road Construction: Widely adopted in road construction, mild steel profile types serve as essential components in the carrier elements of road barriers, pavements, and other structures along roadsides.

  3. Train Tracks: Black sheet profile types are crucial in the construction of train tracks and railway lines, specifically in the carrier elements of rails and other structural components vital for efficient rail systems.

  4. Port Structures: These profile types extend their utility to port structures, where they are especially employed in the carrier elements of scaffolds, ensuring the stability of port infrastructure.

  5. Roof and Facade Cladding: Black sheet profile types play a significant role in roof and facade cladding processes. They contribute to roof coatings, facade coatings, roof gutters, rain pipes, and other structural elements in building construction.

  6. Prefabricated Structures: Utilized in the construction of prefabricated structures, black sheet profile types serve as essential carrier elements, contributing to the stability and strength of these efficiently assembled constructions.

  7. Industrial Structures: In industrial settings, black sheet profile types are employed in the bearing elements of structures. They find application in the roof coatings of factories, building elements of facilities, and other industrial construction components.

  8. Solar Energy Panels: These profile types are used as carrier elements in the construction of solar energy panels, contributing to the structural integrity and support of solar energy systems.

  9. Automotive and Transportation Industry: Black sheet profile types play a role in the automotive and transportation industry, being utilized in the construction of vehicle bodies, the manufacturing of containers, and the construction of other transport vehicles.

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