Elastomeric Rubber Neoprene Bearing Pads For Bridges

Elastomeric bearing pads rubber bridge bearing are made of superior quality steel plates and high grade chloroprene or natural rubber. 


  • Mold Injection or compression
  • ColorBlack, or customized
  • MaterialRubber

   Rubber neoprene bearing pads is used extensively in construction industry. Besides being widely used in bridge, construction or other supports,  they are also specified in wide variety of applications where flexible structural support and vibration isolation is required.

Neoprene bearing pads suppliers

    Elastomeric (polychloroprene / neoprene) bearing pads are molded or cut to size from larger slabs to provide a low-cost, single element structural bearing. Plain elastomeric bearings are a cost effective option for applications with moderate load transfer and movement requirements. Neoprene bearing pads for bridges accommodate surface irregularities, vertical load, and rotation through vertical deflection, while longitudinal movement is accommodated through shear deformation. These pads are suitable for use in pre-cast concrete, cast in place concrete, and steel framed structures.

Neoprene bearing pads suppliers

    Elastomeric bearing pads rubber bridge bearing can be custom molded using neoprene or natural rubber and are categorized into three basic designs: non-reinforced, laminated and sliding bearing assemblies.

Neoprene bearing pads suppliers


Product Tags molded rubber parts          rubber mold of compression rubber parts          custom molded rubber parts          oem molded rubber parts          molding silicone rubber parts          injection molded rubber parts          molding rubber parts at home          silicone rubber molding parts          rubber molded parts manufacturers         

INQUIRY

Contact us for all information about the product


click here to leave a message

leave a message
If you are interested in our products and want to know more details,please leave a message here,we will reply you as soon as we can.