GB/T 24187 Cold-Drawn Precision Single Welded Steel Tubes

GB/T 24187 specifies the technical necessities for cold-drawn precision unmarried welded metallic tubes specially used in mechanical applications. those tubes are synthetic to meet strict dimensional, mechanical, and chemical requirements, offering high accuracy and steady overall performance in engineering applications.

Material

The fabric used in GB/T 24187 tubes is normally carbon metal or low alloy steel. these steels are decided on for his or her incredible weldability, mechanical electricity, and floor satisfactory after bloodless drawing. The tubes go through bloodless drawing to improve dimensional accuracy, floor finish, and mechanical residences.

Specification

• popular: GB/T 24187
  kind: bloodless-drawn precision single welded steel tubes
  production technique: electric resistance welding (ERW), observed by using bloodless drawing
  Diameter range: typically from 10 mm to 100 mm (custom sizes available)
  Wall Thickness: ranges usually from 1 mm to eight mm
  duration: preferred or as particular by means of the client
  surface finish: easy, with elective coating for corrosion protection

Chemical Composition

The chemical composition limits for common grades under GB/T 24187 are as follows:

Mechanical Properties

Key Features

• excessive dimensional precision due to cold drawing process
  great floor end with minimum defects
  right weldability and constant mechanical residences
  advanced straightness and uniformity alongside period
  to be had in numerous sizes and thicknesses to match unique engineering needs
  Meets strict countrywide widespread requirements for metallic tubes

Application

GB/T 24187 cold-drawn precision unmarried welded metal tubes are widely utilized in:

• Mechanical production and engineering components
  automotive components inclusive of guidance, suspension systems
  Hydraulic and pneumatic cylinders
  Precision equipment and instruments
  furnishings production
  production frameworks requiring precision and energy
  

Equivalent Grades

equivalent or comparable international requirements and grades consist of: