Product Details

• Round bar specifications and deviations

  1. The diameter range of the round rod is 7.0 mm to 450.0 mm. The smaller the diameter, the smaller the allowable deviation. For example, when the diameter is 7.0 mm, the allowable deviation is ± 0.12 mm.

  2. When the diameter is 450.0 mm, the allowable deviation is ± 0.40 mm, which ensures the dimensional accuracy requirements of the round rod in different application scenarios.

  Square rod specifications and deviations

  1. The side length range of the square rod is 30.0 mm to 450.0 mm. When the side length is 30.0 mm, the allowable deviation is ± 0.12 mm. As the side length increases, the deviation also increases accordingly.

  2. When the side length is 450.0 mm, the allowable deviation is ± 0.40 mm. This specification and deviation setting meet the needs of various mechanical processing and structural component manufacturing.

  Specification and Deviation of Flat Square Rod

  1. The thickness range of the flat square rod is 25.0 mm to 204.0 mm, and the width range is 25.0 mm to 254.0 mm. When the width is between 25.0 and 50.0 mm, the allowable deviation is ± 0.8 mm.

  2. This size and deviation design is suitable for manufacturing complex shaped components, such as structural parts in the aerospace industry and special components in chemical equipment.

  Variable length range and application

  1. The length range is usually 300 mm to 5000 mm, which facilitates cutting and processing in different application scenarios.

  2. For example, in the field of construction, bars can be cut into appropriate lengths according to actual needs for structural support, which improves the utilization rate of materials.

  Fixed length or double length

  1. For bars with a diameter greater than 75.0 mm to 230.0 mm, the cutting angle should not exceed 5 mm. This fixed length specification is widely used in the aerospace industry.

  2. For example, when manufacturing aircraft engine blades, precise length and slope control can ensure the installation accuracy and operational stability of the blades.