Automotive inductive shock absorbers are usually installed between the suspension and the body of the vehicle, and the internal structure incorporates electromagnetic induction technology. Its shell is generally made of high-strength metal materials to withstand various forces in the vehicle, and the internal coil and magnetic materials are the key parts of realizing the inductive shock absorption function.

Advantage

Inductive shock absorbers offer several advantages over traditional mechanical shock absorbers, including higher shock absorption efficiency and a fast response speed that allows them to quickly adapt to changes in vibration. Their strong adaptability enables adjustment and optimization for various working environments and load conditions. Additionally, because they primarily rely on the principle of inductance, they experience minimal friction loss, which helps reduce maintenance costs.