2 Pcs Rear Axle Suspension Shock Absorber Mount 516680 Bump Stop Buffer Block Replacement for

About this item

• Feature: 1. OE Number: The referencing OE number of this suspension shock absorber mount are 516680, 9657150780, which is molded depend on the original data. 2. Fitment: The rear axle buffer block is a replacement for Peugeot 207 301 2008, replacement for Citroen C3 C?Elysee, please check the model of your car before ordering. 3. Improve Driving Comfort: Rear axle bumpers can effectively reduce vibration and shaking when driving on bumpy roads, thereby improving driving comfort. 4. Prolong Suspension Life: Rear axle bumpers reduce the impact of the suspension system while the vehicle is moving, thereby extending the life of the suspension system. 5. Reduce Noise: Limiting the maximum deformation of the suspension, reduces the direct impact of the axle on the frame (or body) and prevents excessive deformation of the elastic elements. Specification: Item Type: Suspension Shock Absorber MountOE Number: 516680, 9657150780 .Material: RubberFitment:Replacement for Peugeot 207 301 2008 Replacement for Citroen C3 CElysee Package List: 2 x Suspension Buffer Note: Please double check the part number of your item, matching information is for reference only.If you are unsure of the item, please contact us before buying to avoid unnecessary return, thanks!OE Number: The referencing OE number of this suspension shock absorber mount are 516680, 9657150780, which is molded depend on the original data. Fitment: The rear axle buffer block is a replacement for Peugeot 207 301 2008, replacement for Citroen C3 C?Elysee, please check the model of your car before ordering. Improve Driving Comfort: Rear axle bumpers can effectively reduce vibration and shaking when driving on bumpy roads, thereby improving driving comfort. Prolong Suspension Life: Rear axle bumpers reduce the impact of the suspension system while the vehicle is moving, thereby extending the life of the suspension system. Reduce Noise: Limiting the maximum deformation of the suspension, reduces the direct impact of the axle on the frame (or body) and prevents excessive deformation of the elastic elements.