Customized solutions


Oil quenched and tempered spring steel wire is a material commonly used in the manufacture of springs, which has excellent elasticity and wear resistance and can be used in a variety of different environments. However, as the requirements for spring steel wire vary for each application, customised solutions are essential.

The oil quenching and tempering process for steel wires is a common heat treatment method used to change the organisational structure of the steel by rapid cooling and heating, thereby increasing its hardness and strength. Different tempering processes can give steel wires different performance characteristics, such as elasticity, toughness and wear resistance, etc., and therefore need to be selected according to specific application scenarios in customised solutions.

In addition to the oil quenching and tempering process, the customised solution for steel wire also needs to take into account the chemical composition, mechanical properties and surface treatment of the material. For example, the appropriate steel composition is selected according to the environment and working conditions in which the spring will be used to ensure good corrosion and fatigue resistance.

In addition, the size and shape of the spring are important factors to consider in customised solutions. Depending on the working requirements of the spring and the limitations of the assembly space, wires of different diameters and lengths can be selected and the shape of the spring can be customised through bending, stretching and other processing techniques.

In practice, customised solutions not only improve the performance and reliability of the spring, but also reduce production costs and cycle times and increase productivity. Therefore, it is crucial to choose a customised spring wire solution provider with extensive experience and advanced equipment, who can provide professional advice and technical support according to customers' needs and requirements, to ensure that the quality and performance of the springs are optimal.