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Bearing Pads
 | EVERLASTIC®
BEAR PAD BP-200
 | DESCRIPTION:
Durable rubber compound integrated with high strength synthetic fibers, resulting
in an integral bearing pad with excellent physical properties and weather resistance. |
| SIZES:
Thickness from 1/4" to 1"
Widths up to 48"
Lengths up to 48"
Available in cut parts and profiles |
| FEATURES:
Durable dense rubber with excellent compressive strength, hardness, tear resistance
and cold weather flexibility. "Green Product" molded from masticated rubber
using discarded tires. |
| APPLICATIONS:
Bearing pads, shims, bumpers, vibration isolation, etc. |
| INSTALLATION:
Dependent on application. Please contact Williams Products for further information. |
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| EVERLASTIC®
FAB PAD FP-300 SERIES
| DESCRIPTION:
Bearing pads constructed of multiple layers of cotton duck fabric saturated with
Neoprene. |
| FEATURES:
Outstanding compression strength. Superior resistance to oil, ozone, sunlight, heat,
water, steam and fungus. |
| APPLICATIONS:
Bearing pads under extreme loads to reduce shock and vibration and to disperse the
load. |
| SPECIFICATIONS:
AASHTO 18.10.2
MIL-C-882-E |
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| DENSE RUBBER - NEOPRENE 60 Durometer Commercial Grade Neoprene 1200 Series
| AVAILABLE AS:
Sheets, Strips, Pads and Die Cut Parts |
| RECOMMENDED APPLICATION:
Vibration damping mounts, pads and linings; setting pads - steel, concrete, precast;
door seals; gasketing seals; rub strips; many other construction applications |
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| WILLIAMS AASHTO GRADE NEOPRENE
BEARING PADS SPECIFICATION M251-90
| DESCRIPTION:
Neoprene Bearing Pads are molded or cut from a molded sheet of high-grade, new
neoprene synthetic rubber compound. |
| USE:
As economical efficient bearing plates for pre-cast, pre-stressed concrete or steel
beams in bridges and buildings. Neoprene Pads permit a smooth and uniform transfer of load
from the beam to the substructure, allow beam rotation at the bearing due to deflection of
the beam under load. They further allow lateral and longitudinal movement of the beam
caused by thermal forces. Neoprene Pads have no movable parts and thermal expansion and
contraction are absorbed by the pad?s ability to give and take in shear. There is no
sliding between pad and beam or between pad and abutment.
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