High precision: Cold drawn pipes have high dimensional accuracy, with a small tolerance range for outer diameter and wall thickness, which can meet the requirements of high dimensional accuracy.
High smoothness: The inner and outer surfaces of cold drawn pipes are smooth with low roughness, which helps reduce fluid resistance in the pipeline and improve its corrosion resistance.
Good mechanical properties: After cold drawing processing, the hardness of the material is improved, but the plasticity is reduced. However, its mechanical performance indicators such as tensile strength and yield strength are usually superior to hot-rolled pipes.
Strong customizability: The outer diameter, wall thickness, and length of cold drawn tubes can be customized according to customer needs to meet the requirements of different application scenarios.

Cold drawn tubes are used in the following fields due to their high precision, high smoothness, and good mechanical properties:
Mechanical manufacturing: used for manufacturing precision mechanical parts and structural components, such as automotive engine parts, precision instrument components, etc.
Hydraulic equipment: used to manufacture key components such as hydraulic cylinders, piston rods, etc., to ensure the normal operation of hydraulic systems.
Aerospace: Used to manufacture structural components and connectors for aircraft, rockets, and other aerospace vehicles, meeting high requirements for material performance.
Petrochemical industry: a pipeline system used for transporting high-pressure fluids such as oil, natural gas, and other media.