Rubber Sway Bar Bushing
Custom moulded by Xiamen Better Silicone Rubber Co., Ltd. Made to your drawing, 3D model or sample.
| Model | SB-03 |
|---|---|
| Brand | Better |
| Code | 3926901000 |
- Category
- Silicone Rubber Bushing
- Lead time
- Quoted with the part
- Tooling
- Designed and cut in house
Also searched as:Sway Bar BushingRubber BushingSilicone BushingRubber Damper Bushing
Product description
Rubber Sway Bar Bushing, usually called Silicone Rubber Sway Bar Bushing, Silicone Stabilizer Bar Bushing, Rubber Anti-roll Bar Bushing, Silicone Rubber Damper Washer, etc, which is used to protect the parts from vibration, friction and corrosion by muffling the parts, and it is thus described as a flexible mounting or anti-vibration mounting.
Rubber Sway Bar Bushing, generally is made of some elastomeric materials, like rubber, food grade silicone, plastic, polyurethane, Prothane, nylon, PU, PVC, EPDM, FKM, PTFE, etc, made by die-coating mould, rubber compression molding or plastic injection mold tooling.
Rubber Sway Bar Bushing Advantage
Rubber Bearing a high load for a long time
Good elasticity against repeated shocks
Wear-resistant and self-lubrication
Absorbing the noise and cut down the vibration
Lower hardness and abrasion resistant
High chemical stability, anti-acid, anti-alkali, anti oil, etc
Rubber Sway Bar Bushing made of 100% silicone plays an important role in auto industry, especially the suspension systems, Gear stick with a manual transmission, and high-speed inline internal combustion engines. The Silicone Rubber Bushing serves as the Damper to absorb the noise and vibration and vehicle's stable handling. For example, when the vehicle travels over a large bump, the transmission of noise and vibrations from the chassis can be minimized.
Silicone Stabilizer Bar Bushing is a protective the part and also called damper bushing or bumper bushing for cutting down noise and vibration. In moving vehicle, the bushing would wear out after long-time friction between shaft and hole, so we need to replace the connected parts. The designer chooses the low-hardness and anti-abrasive materials for shaft bushing in case that can reduce the abrasion between shaft and housing. Compared with replacement of the whole part, replacing the bushing is easier and at low cost. Besides, replacing the whole component will reduce the precision of the equipment because secondary processing doesn’t guarantee the hole center location.
Rubber Sway Bar Bushing, generally is made of some elastomeric materials, like rubber, food grade silicone, plastic, polyurethane, Prothane, nylon, PU, PVC, EPDM, FKM, PTFE, etc, made by die-coating mould, rubber compression molding or plastic injection mold tooling.
Rubber Sway Bar Bushing Advantage
Rubber Bearing a high load for a long time
Good elasticity against repeated shocks
Wear-resistant and self-lubrication
Absorbing the noise and cut down the vibration
Lower hardness and abrasion resistant
High chemical stability, anti-acid, anti-alkali, anti oil, etc
Rubber Sway Bar Bushing made of 100% silicone plays an important role in auto industry, especially the suspension systems, Gear stick with a manual transmission, and high-speed inline internal combustion engines. The Silicone Rubber Bushing serves as the Damper to absorb the noise and vibration and vehicle's stable handling. For example, when the vehicle travels over a large bump, the transmission of noise and vibrations from the chassis can be minimized.
Silicone Stabilizer Bar Bushing is a protective the part and also called damper bushing or bumper bushing for cutting down noise and vibration. In moving vehicle, the bushing would wear out after long-time friction between shaft and hole, so we need to replace the connected parts. The designer chooses the low-hardness and anti-abrasive materials for shaft bushing in case that can reduce the abrasion between shaft and housing. Compared with replacement of the whole part, replacing the bushing is easier and at low cost. Besides, replacing the whole component will reduce the precision of the equipment because secondary processing doesn’t guarantee the hole center location.
