Microwave applications in paper and wood pulp products have become widespread due to their rapid and uniform heating, energy efficiency, safety, non-toxicity, resistance to cracking and deformation, continuous production capabilities, and significant labor condition improvements. These are utilized in various processes such as drying, shaping, bending, and resin bonding in paper processing, wood, flooring, craft items, and corrugated cardboard. Since paper and wood pulp products have poor thermal conductivity and their surface moisture cannot be removed too quickly, otherwise, uncontrolled stresses may occur, traditional methods like oven drying are used, which involves long heat conduction. However, microwave heating occurs from the inside out, causing quick thermalization and swelling in wood, and achieving the heating goal with the core temperature slightly higher than the surface temperature, which facilitates moisture diffusion from the inside to the outside. Microwave drying of wood capitalizes on the uniform heating, short drying cycles, and continuous automated production benefits, making it particularly suitable for valuable tree species, wood products, and those with high downgrade and waste rates when processed conventionally. In the processing of paper and wood pulp products, the technique is crucial, as the evaporation rate of surface moisture must be balanced with the internal diffusion rate, based on the material type and moisture content. The heating temperature must also be kept moderate to prevent core carbonization.

Microwave Parameters:

Drying Capacity: 50 kg of net dehydration per hour

Dimensions: Length x Width x Height; 12000 x 15000 x 1700mm

Microwave Output Power: 60 kW

Apparent Power of Equipment: 90 kW

Conveyor Speed: 0.5-15 meters/minute, continuously adjustable

Equipment size can be designed and manufactured based on the user's product yield.