# Panel Replacement and Sectioning in Corona, CA

Canonical: https://boxtruckrepairshop.com/services/collision-body/panel-replacement/
Business: Box Truck Repair Shop, Yorba Linda, CA. Serving Corona, California.
Phone: (714) 909-1844 | Email: info@ocrvcenter.com

Panel replacement in Corona swaps out damage that is past economical repair. Our shop removes torn doors, dented cab skins, and crushed box side panels, then installs new or sectioned panels using factory-correct welding and bonding. Sectioning lets us replace only the damaged portion of a rail or panel, saving parts cost while keeping the structure sound.


## What this includes
- Full door, fender, and cab skin replacement
- Box side, rear frame, and roll-door panel replacement
- Partial sectioning to replace only the damaged area
- MIG and squeeze-type resistance welding to spec
- Structural adhesive bonding where the maker requires it
- Seam sealing and corrosion coating on new joints
- Alignment and gap setting against adjacent panels
- Primer and refinish prep on every new panel

## Who it is for
- Fleets with a box truck panel torn or crushed beyond repair
- Trucks with rusted-through box sides that need fresh metal
- Owners weighing sectioning against a costly full-panel swap

## Pricing
A single bolt-on panel starts near $750; welded box sections and multi-panel replacement with paint run toward $15,000.

## FAQ
### What is sectioning and is it safe for my box truck?
Sectioning replaces only the damaged part of a panel or rail at an approved joint. Done at manufacturer-specified locations with correct welds, it restores full strength while cutting parts cost.

### Do you replace box body side panels, not just cab panels?
Yes. We replace box roll-up doors, side skins, rear frames, and cab panels, then seal and refinish the seams so the repair matches the rest of the body.

### Will a replaced panel match my truck's existing paint?
Yes. Every new panel is primed, sprayed to your color code, and blended into surrounding panels so the finished repair reads as one continuous surface.