PU Anti-Vibration Pads are manufactured from high-strength polyurethane material, with load-bearing capacity and resistance to compression set clearly superior to natural rubber and most synthetic rubbers. Even in a long-term fully loaded compressed state, they maintain stable elastic recovery capability.
This product also offers good oil and wear resistance, adapting to the relatively complex use environments of industrial workshops. Different hardness grades and load-bearing specifications can be customized according to equipment weight, enabling it to stably withstand heavy-load compression over the long term.
PU Anti Vibration Pads are suitable for damping support installation of large machinery and hydraulic equipment, and are also commonly used for vibration isolation treatment of elevator cars and machine-room equipment. They are a more durable and reliable upgrade option compared with ordinary rubber pads in the field of heavy-equipment vibration damping.
We conduct long-term compression testing on PU Anti Vibration Pads to ensure that load-bearing performance decline is controlled within a reasonable range over the product's design service life, and we can provide matching specification recommendations according to customer equipment weight and years of use.
Taizhou Hexie Rubber Co., Ltd. specializes in the R&D and manufacturing of industrial sealing products, anti‑vibration components and custom silicone rubber products, offering both standard parts and non‑standard customization services. Our product portfolio includes various rubber seals, metal sealing rings, oil seals, hydraulic & pneumatic seals, high‑performance specialty seals, rubber vibration dampers, molded and extruded silicone goods. Materials such as NBR, FKM, EPDM, silicone, PTFE and FFKM are available for selection. Serving machinery, automotive, automation, food‑medical, new‑energy and other industries, we deliver reliable solutions for diverse complex working conditions with professional product selection and custom processing capabilities.