Artificial board equipment paving belt

Paving Belt – Function: It evenly spreads treated wood fibers, wood shavings, or other engineered‑board raw materials onto a conveyor belt, forming a slab of specified thickness and density, thereby laying the groundwork for subsequent pre‑pressing and hot‑pressing operations. The quality of the paving directly affects the board's physical properties. Material and Characteristics: Made of PU, this belt offers excellent wear resistance, superior lateral stability, outstanding elasticity, and resistance to deformation.

Artificial board equipment pre-press machine belt

- Function: To perform preliminary pressing on the slab after it has been formed, compacting the material mat to achieve a specified density and interlocking strength, thereby preventing collapse or breakage during conveyance. At the same time, it reduces the thickness of the material mat, shortens the press closing time, and enhances production efficiency. Additionally, it helps remove air trapped within the material mat, preventing air from being expelled during hot pressing and causing damage to the mat. The material is a polyurethane belt with a spun‑fiber core, offering high strength, excellent wear resistance, and superior dimensional stability.

Ventilation belt for wood-based panel equipment

- Function: In the production of engineered wood panels, particularly during the pre‑pressing and hot‑pressing stages, breathable belts play a critical role. They facilitate the smooth removal of air trapped within the panel坯 during pressing while ensuring uniform heat transfer, thereby enhancing the density uniformity and overall quality of the board. Additionally, they help prevent defects such as bubbling and delamination that can arise when air cannot escape. - Material and Characteristics: Typically made from materials such as polyester (PET), these belts offer high air permeability, are easy to repair, feature a flat mesh surface, and boast a long service life. They also possess a degree of antistatic properties, which help avoid static‑induced adhesion issues that could compromise production efficiency and product quality.