In precision instruments, industrial equipment, and building structures, vibration isolation performance directly affects equipment lifespan and operational accuracy. Rubber shock-absorbing pads, as core vibration isolation components, effectively isolate vibration transmission through elastic deformation and damping energy dissipation.

Among them, the anti-creep solid rubber vibration isolation pad POT-X series, launched by LeadTop, has become a benchmark product in the field of basic vibration isolation, thanks to its independently developed composite materials and modular design.

Material of rubber shock-absorbing pads: creep-resistant solid rubber

The anti-creep solid rubber vibration isolation pad POT-X series utilizes a composite rubber formula independently developed by LeadTop. By proportionally adding polyester fibers, graphite, and other substances to the base rubber, the material's creep resistance and durability are significantly enhanced.

Actual test data shows that its 1-year creep rate is only 21.5%, and the extrapolated value for 10 years is 35.6%. With a service life exceeding 12 years, it far surpasses the short-term deformation issues of traditional rubber pads. This material characteristic enables it to maintain stable vibration isolation performance under long-term load-bearing or dynamic loads.

Modular combination of rubber shock-absorbing pads: flexibly adaptable to multiple scenarios

This series offers both mesh and solid structures, supporting single-layer or multi-layer combined applications. Multi-layer vibration isolation pads reduce natural frequencies through stacking (vertical 6.5~16.0Hz, horizontal 2.0~8.0Hz), making them particularly suitable for medium and high-frequency vibration isolation and the primary vibration isolation foundation of large equipment.

LeadTop's modular design allows users to flexibly adjust the number and layout of pads based on parameters such as equipment weight and vibration frequency, achieving the economy of "one pad for multiple purposes".

Solid damping technology for rubber shock-absorbing pads: a precise solution for low-frequency vibration isolation

The POT-X series utilizes solid rubber damping, achieving a damping ratio of 0.05 to 0.2, effectively attenuating low-frequency vibration energy. Compared to liquid damping or metal springs, its maintenance-free and leak-free characteristics make it more suitable for environmentally sensitive applications such as precision optical platforms and semiconductor equipment.

In LeadTop's vibration isolation optical platforms and accessories, the POT-X series often serves as the underlying support, providing a stable foundation for the upper-level equipment.

From material innovation to scene adaptation, the technological evolution of rubber shock-absorbing pads has always revolved around "stability" and "long-term effectiveness". LeadTop's POT-X series, through anti-creep composite materials, modular combinations, and solid damping technology, provides a full-life cycle vibration isolation solution for industrial equipment, building structures, and precision instruments.

 In the future, with the increasing demand for vibration control, such high-performance rubber pads will become the core choice in the field of vibration isolation.