A cargo kick plate is an essential accessory for all types of box truck bodies. It is installed along the joint between the truck’s interior side walls and the floor, creating a continuous protective barrier. Its primary function is to prevent damage to the inner wall panels caused by impacts from cargo, pallets, forklift operations, and frequent foot traffic by personnel. Without the protection of a cargo kick plate, the interior surfaces of the truck body are extremely vulnerable to dents, scratches, deformation, and premature wear.
DESCRIPTION
Durable Truck Kick Plates for Interior Wall Protection
Our truck kick plates are purpose-built to withstand repeated impacts from pallets, cargo, and forklift contact. They provide reliable, long-lasting protection for the side walls of truck bodies, effectively extending service life, minimizing surface damage, and reducing long-term maintenance and repair costs.
Materials of Cargo Kick Plates
Cargo kick plates are predominantly manufactured from lightweight, high-strength aluminum alloy. Aluminum alloy is the preferred material due to its outstanding combination of low weight, high structural rigidity, and excellent corrosion resistance, making it ideal for heavy-duty transportation environments.
| Aluminum Grade | Key Features | Typical Applications |
|---|---|---|
| 5052 | High corrosion resistance, good formability, moderate strength | Standard side kick plates, general cargo protection |
| 5083 | High strength, excellent corrosion resistance, weldable | Heavy-duty kick plates, harsh working conditions |
| 6061 | Medium to high strength, good machinability, weather-resistant | Structural kick plates, reinforced profiles |
Common Types of Cargo Kick Plates
Checkered Pattern Aluminum Plates
Features a raised ribbed or diamond pattern on the surface for enhanced slip resistance and impact durability. This type of aluminum is also commonly used for truck flooring, ensuring consistent performance and compatibility across the cargo area.
Corrugated Aluminum Profiles
- Designed with a wave-shaped structure for significantly improved structural strength.
- Reduces direct contact area during cargo impacts, helping to disperse and absorb impact energy.
- Enhances rigidity while maintaining lightweight properties, offering superior protection against heavy collisions.