Concrete Bricks Pallet

Optimized long-term operational expenditure

Ten Core Advantages of RPV Pallets

Superior Temperature Resistance:** Withstands high-temperature steam curing above 200℃, maintaining structural stability.

Embedded Steel Structure:** Manganese steel frame and polymer material composite casting eliminates the risk of delamination.

Vibration and Fatigue Resistance:** No edge detachment observed after 1 million cycle tests.

Corrosion-Resistant Design:** Fully enclosed steel structure prevents rust contamination of concrete products.

Ultra-High Flatness Precision:** Flatness error ≤0.3mm/m, ensuring component forming quality.

Long Lifespan:** Lifespan of 8-10 years under normal use conditions (5 times that of wooden pallets).

Automated Adaptability:** Precise dimensions combined with robotic gripper and conveyor systems.

Maintenance-Free:** No rust prevention treatment or special maintenance required.

Multi-Scenario Applicability:** Compatible with steam curing kilns, automated storage and retrieval systems, and assembly line environments.

Comprehensive Cost Optimization:** Although the unit price is higher, the cost per use is reduced by more than 60%.

During the production of unfired bricks, the Concrete Bricks Pallet used as auxiliary equipment for unfired brick machines suffer relatively severe wear. Given the high frequency of use and large consumption of these brick machine pallets, it is of great significance to effectively maintain them and extend their service life.

Traditional brick machine pallets are generally made of PVC plastic, metal, or composite wood materials. In terms of durability, metal pallets are superior and feature good wear resistance. However, due to their much heavier weight compared with other materials, they are inconvenient to handle and increase the labor intensity of workers, resulting in limited widespread application.