Rubber vibration isolator pads, as key components of vibration isolation systems, absorb mechanical vibration energy through elastic deformation and are widely used in precision instruments, industrial equipment and building structures. Its core value lies in isolating the equipment vibration from the basic environment, enhancing the system stability and service life.

The material science of rubber vibration isolator pads determines the performance boundaries

LeadTop's anti-creep solid rubber vibration isolation pad POT-X series is made of self-developed composite rubber (with added polyester fiber and graphite), with a damping ratio of 0.05-0.2. It has a creep rate of 21.5% in one year and an extruded rate of 35.6% in ten years, with a service life of over 12 years.

The structural innovation of the rubber vibration isolator pad enhances the vibration isolation efficiency

LeadTop's vermic-resistant solid rubber vibration isolation pad POT-X series mainly consists of mesh rubber pads and solid rubber pads. They can be used as vibration isolation pads alone or combined into multi-layer vibration isolation pads according to different requirements. Multi-layer vibration isolation pads have a lower natural frequency compared to single-layer ones.

With the increasing demands for equipment precision in Industry 4.0, rubber vibration isolator pads are evolving towards intelligence and modularization. LeadTop will continue to conduct research and development to provide more reliable vibration control solutions for the precision manufacturing field.