Manufacturing method of reorganized solid board

Abstract

The invention discloses a manufacturing method of a reorganized solid board. The method comprises the following steps of selecting wood processing corner waste, rotationally cutting or planing rest logs into wood chips of 0.01-0.03cm by rotary, drying and flattening; printing the wood chips into thin wood chips with various tree textures by a 3D (three-dimensional) printing technology; dipping into environment-friendly glue with well adjusted color, soaking for 5-10 minutes to enable glue color to fully dye into the thin wood chips, and dehydrating by placing in a dehydrator to obtain colored wood chips; further arraying by a 3D technology, and overlapping according to the sequence of various textures during arraying to obtain wood blanks; performing hot-pressing molding by hot-pressing equipment to obtain the reorganized wood. The reorganized solid board is lifelike, clear in wood grain, high in density and not deformed, and belongs to the optimal material of high-class furniture and office appliances, forest resources are saved, and the utilization rate of edge and corner wastes in timber machining and log raw materials is increased.

Description

technical field [0001] The invention relates to a manufacturing method of an artificial board, in particular to a manufacturing method of using remaining natural wood to prepare a recombined solid wood board. Background technique [0002] High-grade solid wood board is made of pure natural wood. It has the advantages of environmental protection, durability and collection value, but the price is high. The main disadvantage is that it is easy to deform and difficult to maintain. For example, do not allow direct sunlight, do not overheat or overheat, too dry and humid environment is not suitable for furniture made of high-grade solid wood panels; High-quality solid wood furniture products sometimes have deformation and cracking; moreover, the shortage of forest resources has seriously affected the supply of high-grade wood raw materials and has become a bottleneck for the development of high-grade wood industry. Coupled with the protection of the environment and forest resourc...

AI Technical Summary

Problems solved by technology

This method maintains the mechanical properties of the wood material itself to a certain extent, but the material of each part of the wood is different, and there are inevitably defects such as knots and decay. The yield rate, and the size, length, shape, and degree of disintegration of wood bundles are different, which will cause uneven sizing in the subsequent sizing process; uneven distribution of moisture content in the drying process; and uneven distribution of moisture content in the paving process Uneven paving will be caused by different packing densities, which will cause a series of problems such as product warping, deformation, wire jumping, etc., and the texture is not clear and stable