Au-ve-co Products 20963 Plastic Push Mount Rear Bumper Rivet

Product Description

The AU-VE-CO PRODUCTS 20963 is a plastic push mount drive-type rivet designed for rear bumper attachment applications. This fastener uses a simple push-in installation method, eliminating the need for specialized riveting tools on most installs. Constructed entirely of plastic, it resists corrosion in exposed underbody and exterior panel locations. Automotive technicians and body shop professionals use this rivet to secure rear bumper covers and related trim components during repair or replacement work. At 0.01 pounds per unit, it is a lightweight fastener suited for plastic panel retention.

This rivet is intended for use in rear bumper assemblies on passenger vehicles and light trucks. It serves as a direct replacement fastener during collision repair, bumper R and R procedures, and routine trim restoration. The push mount drive-type design seats the rivet with a single strike or firm hand press, making it practical for high-volume trim work in production or repair shop environments.

Key Features

• Push mount drive-type installation requires no specialty rivet gun
• Plastic construction resists corrosion in exposed exterior locations
• Designed specifically for rear bumper cover retention
• Lightweight at 0.01 pounds per fastener
• Minimum order quantity of 10 units per order

Compatibility

Designed as an OEM-style replacement push mount rivet for rear bumper cover assemblies on passenger vehicles and light trucks where drive-type plastic fasteners are specified.

Installation Notes

Installation is performed by automotive technicians and body shop professionals. Before replacing bumper fasteners, disconnect any bumper-mounted sensors or lighting harnesses and secure the bumper cover to prevent stress on adjacent clips. Drive-type push mount rivets are seated by aligning the rivet with the panel hole and pressing or striking the center pin until fully engaged. Do not overtighten or force misaligned rivets, as plastic fasteners can crack under lateral load.