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Multiple Layer Neoprene Impregnated Duck Pads Thickness(in) 1/4 3/8 1/2 5/8 3/4 Submittal & Files BULLETINS, DATA SHEETS & INFORMATION RELATED PRODUCTS
Natural Rubber Bridge Bearing Pads We use the term “Bridge Bearing” as an indication of quality. All bearings that support bridges or highway overpasses use Neoprene or Natural Rubber compounds, so the molded product has high tensile and elongation characteristics and minimal permanent set or creep. Similarly, they must pass rigid tests for ozone and oxygen resistance. Size Max.…
Bridge Quality Neoprene or Natural Rubber Bearing Pads Thickness(in) Weight per ft2 (lbs)) 1/4 2.0 3/8 3.0 1/2 4.0 5/8 5.0 3/4 6.0 1 8.0 1 1/4 10.0 1 1/2 12.0 Submittal & Files BULLETINS, DATA SHEETS & INFORMATION RELATED PRODUCTS
Nitrile Maximum Oil Resistant Nitrile has the best oil resistance of all the natural and synthetic rubber materials. It is superior to Neoprene and recommended for all locations where there is constant or intermittent exposure to oil, grease or gasoline. Mason type “Ni” Nitrile pads provide friction and avoid bolting as well as vibration isolation under: Drill presses Milling…
Nitrile Maximum Oil Resistant Nitrile has the best oil resistance of all the natural and synthetic rubber materials. It is superior to Neoprene and recommended for all locations where there is constant or intermittent exposure to oil, grease or gasoline. Mason type “Ni” Nitrile pads provide friction and avoid bolting as well as vibration isolation under: Drill presses Milling…
Neoprene Flatback Waffle The Type “W” Neoprene Waffle Pad has greater carrying capacity per square inch, increased holding power and a built in contamination seal. Identical rubber grids are molded back to back for maximum rubber contact area and resistance to rib collapse or hinging. The interconnections form suction pockets for gripping smooth steel as well as rough surfaces and…
Neoprene Waffle Pads The Type “W” Neoprene Waffle Pad has greater carrying capacity per square inch, increased holding power and a built in contamination seal. Identical rubber grids are molded back to back for maximum rubber contact area and resistance to rib collapse or hinging. The interconnections form suction pockets for gripping smooth steel as well as rough surfaces and…