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Hot Rolled Plate

Hot Rolled Plate
Carbon steel plates can be divided into Cold Rolled Carbon Steel Plate and Hot Rolled Carbon Steel Plate according to the plate-making process. Hot-rolled steel sheets are easier to manufacture than cold-rolled steel sheets, and the cost is lower.
Foreign experience shows that hot-rolled steel sheets are suitable for manufacturing steel.
Hot-rolled carbon Steel Plates are widely used in construction projects, including bridges, ships, and even various commercial and municipal buildings.
Due to the strength provided by carbon steel, steel plates can be used to make various brackets and supports that are part of the overall structural design.

Category: Product ID: 8531

Description

Hot Rolled Plate (Carbon Steel Plates)

Base Material

  • Substrate: Carbon Steel

  • Plate Type: Hot Rolled Carbon Steel Plate

Properties:

  • Strength: Hot-rolled plates are known for their strength, making them suitable for structural applications.

  • Manufacturing Process: Easier to manufacture than cold-rolled plates, with lower production costs.

  • Finish: Typically has a rough, scale-like surface due to the cooling process.

Manufacturing Process

  1. Heating: The steel is heated to a temperature above its recrystallisation point.

  2. Rolling: The heated steel is passed through rollers to achieve the desired thickness and shape.

  3. Cooling: The plate is allowed to cool, either in air or through water quenching.

  4. Cutting: After cooling, the plate is cut into the desired length and width.

  5. Finishing: The edges may be deburred, and some plates may undergo surface treatments to improve the finish.


Typical Specifications

  • Thickness: 3.0 – 100 mm (depending on grade and application)

  • Width: 1000 – 2500 mm (standard range)

  • Length: Up to 12 meters (depending on customer requirements)

  • Grade: ST37 – ST44

Advantages

  • Cost-Effective: Lower production costs compared to cold-rolled plates.

  • Strength: High strength to support structural applications.

  • Versatility: Widely used across different industries due to its reliability.

  • Durability: Resistant to wear and tear, especially in high-impact and high-stress environments.

Applications

  • Construction: Bridges, ships, commercial buildings, municipal infrastructure.

  • Structural Engineering: Brackets, supports, beams, and columns.

  • Manufacturing: Heavy-duty machinery, pressure vessels, tanks, and structural frameworks.

  • Automotive and Transport: Vehicle chassis, body panels, and frames.

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