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Advantages

1. Overall rigidity double lifting: Steel edges (mostly galvanized/stainless steel) wrap around the edges of the pallet in all directions, completely solving the pain points of ordinary fiber pallet corners that are prone to collision, layering, and edge breakage. It can withstand the concentrated stress of high-frequency pushing, stacking, and forklift transportation of brick machines more easily.
2.After the composite of steel edge and fiber core board, the overall flexural/compressive strength is increased by about 20% -30%, the elastic modulus is higher, and it is not easy to bend and deform under long-term heavy load. The dimensional stability is better than that of non steel edge fiber support board, and the service life can reach 1.5-2 times that of ordinary fiber support board and 8-10 times longer than bamboo and wood support board.
3. Stronger load-bearing and impact resistance: The composite structure can withstand greater molding pressure and brick weight, making it suitable for the production of heavy-duty bricks such as large-sized hollow bricks, curbstones, and permeable bricks. It has a daily turnover of thousands of times without any risk of fracture. Steel edges can disperse instantaneous impact loads, resist falls and collisions in scenarios such as vibration forming and mechanical grasping, and reduce brick scrap and downtime losses caused by damaged pallets.
4. Weather resistance and corrosion resistance: Fiber core boards (such as GMT fiberglass boards) are resistant to mud, acid, alkali, and moisture, and the steel edges have undergone anti-corrosion treatment. They will not rust, rot, or deteriorate when stored outdoors or used in high humidity workshops. Wide temperature adaptability (-40 ℃~80 ℃), stable use in both northern and southern climates as well as coastal and rainy areas, without the need for additional protection.
5. Lower overall cost: The initial purchase price is higher than that of ordinary fiber pallets, but due to a significant reduction in replacement frequency, an increase in brick billet qualification rate, and reduced downtime losses, the overall usage cost (3-5 year cycle) is reduced by about 40% -50%.