- Pad for reducing noise, vibration, and impact where loadings per square inch are high
- Natural rubber for durability and maximum vibration isolation
- Solid material for high tensile strength and elongation for added deflection
- Material contains antioxidants and anti-ozonants for longer life
- Stack with 1/8" steel plates between pads for higher deflections and greater efficiency
Mason BBNR10X10 Natural Rubber Bridge Bearing Vibration Isolation Pad, 10" Length x 10" Width x 1" Thick
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Specifications for this item
|Number of Items||1|
|Load Capacity||25000 pounds|
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This Mason Industries BBNR10X10 bridge bearing 10x10" vibration isolation pad reduces noise, high frequency vibration, and impact where loadings per square inch are high. These vibration isolation pads are made of natural rubber for durability and maximum vibration isolation. They are solid for high tensile strength and elongation for added deflection, and the material contains antioxidants and anti-ozonants for longer life. They can be stacked with 1/8" steel plates (not included) between them for higher deflections and greater efficiency. These vibration isolation pads are suitable for supporting bridges, highway overpasses, buildings or components such as structural floors or secondary floating floors.
|Dimensions*||10 x 10 x 1 inches/250 x 250 x 25 mm (W x L x T)|
|Maximum load capacity (per square)||25,000 lb./11,340 kg|
|Deflection||1/8 inch/3.175 mm / 12.5%|
*W is the horizontal distance from left to right, L is the horizontal distance from front to back, T is the thickness from top to bottom
Shock and vibration control products (absorbers, mounts, and pads) reduce air and structure-borne dissonance by either blocking or absorbing sound waves, or damping or isolating vibrations that cause them. Shock absorbers, vibration damping mounts, and vibration damping pads can extend equipment life and help protect work environments, and they are most commonly used in heating, ventilation, and air conditioning (HVAC) systems or in other large machinery operations. Weight distribution determines the number of mounts or pads needed. If evenly distributed, the maximum load capacity per mount or pad should equal the total weight of the machine divided by the number of mounting points available.
Mason Industries manufactures noise reduction, vibration isolation, and seismic restraint control products such as mountings, hangers, and flexible connectors for mechanical equipment. The company, founded in 1958, is headquartered in Hauppauge, NY.