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.

Feature

Inductive shock absorbers intelligently adjust damping force to adapt to varying road and load conditions, ensuring optimal performance across different scenarios. Some models incorporate energy recovery systems, converting induced current into electrical energy to enhance system efficiency. With a simpler design that eliminates complex hydraulic systems, these shock absorbers require less maintenance, leading to lower upkeep costs. Additionally, by effectively reducing vibration, they contribute to extending the overall lifespan of vehicles or equipment.