Stainless steel gas springs commonly utilize various materials such as domestic stainless steel 304, 302, 301, 316, 316L, 321, 202, 201, 430, and 420. Among these options, stainless steel 304 is particularly favored as it offers numerous advantages. This popular steel contains nickel (Ni), which imparts superior mechanical properties, corrosion resistance, heat resistance, and low temperature strength compared to chromium (Cr). As a result, stainless steel 304 is widely utilized in gas spring applications due to its remarkable performance capabilities.
T302/T304 exhibits a consistently flawless and aesthetically pleasing surface appearance.
The T302/T304 material is known for its excellent uniform elasticity and formability. These properties make it a highly sought-after material for various industrial applications. Its formability enables it to be molded into different shapes with ease, while its uniform elasticity ensures consistent performance throughout its lifespan. These characteristics make T302/T304 an ideal material for manufacturing various industrial products.
T302/T304 exhibits excellent plasticity, fatigue resistance, as well as notable heat and corrosion resistance.
When it comes to T302/T304 material, users have the option to select the surface state of the wire. There are various options available, including bare wire, nickel-plated spring wire, resin-plated spring wire, and stainless steel spring wire, all of which can be further divided into bright, matte, and semi-bright finishes. It ultimately depends on the customer's preferences, taking into account aesthetic appeal and precision requirements for the product. So, it's safe to say that users have the freedom to choose the surface state that best suits their needs.
It is possible to manufacture stainless steel springs that are either non-magnetic or exhibit weak magnetic properties. The production of these springs involves specific techniques to ensure their magnetism is minimized or eliminated altogether.