GMT fiberglass pallets are emerging, rapidly developing thermoplastic composites that have excellent properties and are known as environmentally friendly green materials due to their recyclability.

• GMT brick pallet is an emerging environmentally friendly green material with wear resistance, corrosion resistance, non-absorption, high temperature resistance, strong impact resistance, light weight, non-deformation and recyclability.
• It can last for six to ten years. It is the best substitute for bamboo glue board, wood board, steel board, plastic board, plastic board.

GMT brick pallet design concept:

It effectively solves the cumbersome corrosion of steel, the warpage of plastic, the wear and tear of bamboo, and the service life of GMT brick pallet.

 GMT brick pallets Construction:

The glass fiber is mixed with the thermoplastic resin, similar to steel and cement. The glass fiber is three-dimensionally staggered like steel. The resin is coated with glass fiber like cement, so the rigidity and toughness of the GMT brick plate are very strong.

Construction applications for GMT materials:

• Which can be recycled 100%, are called new road materials in the 21st century.
• To replace the wood with plastic, to replace the steel with plastic, use it to cut a large tree with a diameter of 20cm per 8 square meters of construction.
• GMT building stencil is waterproof, non-corrosive and has high impact resistance, so it is extremely difficult to be damaged during continuous use, increasing the number of turnovers.
• If it is not sawn and used, it can reach more than 50 times when pouring concrete on the floor and the shear wall, which is 10 times that of ordinary plywood.
• Compared with PP, PVC and WPC (wood plastic), GMT building formwork has obvious advantages of non-deformation, resistance to thermal expansion and contraction, and can be constructed under low temperature of -20 degrees and high temperature of 60 degrees.
• The dimensional stability is not easy to be deformed, the splicing is strict, and the image of the leakage is reduced.