Ceramic Rubber Wear Panel

Application: DuraRubber®Wear Resistant Panels are new generation composite panels, a combination of wear  resistant alumina ceramic cylinders/ceramic tiles vulcanized in resilient rubber base. The alumina  ceramic surface provides exceptional resistance to wear, while the elastic property of the rubber  effectively dampens the impact forces which can crack the ceramics. Rubber also helps to substantially  reduce the vibrations, sounds, and the impact shock generated from impacting rocks.  Laid out in zigzag and brick pattern, ceramic tiles/cylinders is an excellent feature for  handling large material volumes at different angles without developing a wear pattern.  As excellent impact and wear resistant material,the DuraRubber®panel is suitable for feeders, chutes,  bins, transfer points, in conveyor systems, screen feed plates,mill discharge chutes, bunker etc. The  major applicable industries are Coal fired power plants, cement plants, blast furnace plants and host of  other industries which requires high impact abrasion resistant surfaces. Specifications of the Rubber: Aumina Ceramic Type: DuraAlu92 or DuraAlu95®  Item  Index  Tensile Strength  ≥12Mpa  Break Extension  ≥250%  Shore Hardness  55-65  break permanent deformation  ≤24%  Rubber and ceramic adhesion (shear stress)  ≥3.0mpa Temperature  ≤300℃ Rubber aging life  ≥8 years Regular sizes: Panel Size: 200×200、250×250、400×400、500×500、600×600 Thickness of ceramic tile : can be from 1.5 mm to 50 mm. Ceramic size: Ceramic tiles are available from 10x 10 mm to 100x150  Alloy Steel Size: alloy steel plate with thickness ranging from 3 mm to 10 mm Rubber Thickness :Depends upon the impact stress expected. Remark 1:Type A: metal+rubber+ceramic / rubber+ceramic                   Type B:plain surface or spherical surface  Remark:2 Other sizes are available upon request. Packaging: In carton box packed in fumigated wooden pallet with net weight 20-24MT/20'FCL. Key benefits: 1.The combination is ideal for sliding/impact abrasions 2. Installation friendly therefore reduces downtime 3. Excellent sound insulation