Novel solid-wood splice plate manufacturing method

Abstract

The invention discloses a novel solid-wood splice plate manufacturing method. The method includes the following steps that softening physical treatment is conducted on raw woods; miniaturization treatment is conducted, and veneers are made; the veneers are dried through a special technology; a whole plate is formed through splicing, face plates and core materials are separated, a fully-longitudinal multi-layer plate structure is formed, and gluing is conducted; a fully-longitudinal multi-layer plate is formed through pressing of a hot press, and the wood is optimized through scientific pressure, compression ratio and compressed time; maintenance is conducted; four edges are cut off, and sanding and thickness calibrating are conducted through a sander; the longitudinal solid-wood multi-layer plate is cut into multiple layers of boards with a saw, and the boards are the same as a deformation prevention solid-wood multi-layer stacking plate in thickness; natural texture faces of the multiple layers of boards are glued, both the boards and a work table facet are put into an automatic felt-board machine, pressurization, high frequency and automatic heating are conducted, and the deformation prevention solid-wood multi-layer stacking plate is manufactured at one time, the four edges are cut off with the saw, sanding and thickness calibrating are conducted, the whole face of the spliced deformation prevention solid-wood multi-layer stacking plate is a multi-layer plate section, and the double faces are pasted with one layer or two layers of transverse signal plates. According to the novel solid-wood splice plate manufacturing method, the deformation prevention deepening treatment is further conducted based on the deformation prevention solid-wood multi-layer stacking plate; the internal stress of the wood is eliminated to the maximum degree, and wood deformation, cracking and warping are truly solved.

Description

technical field [0001] The invention relates to a production method of a solid wood splicing board. Background technique [0002] Solid wood panels are widely used, and there are natural defects, color difference, stuttering, deformation, cracking and other phenomena. In this field, industries, colleges, experts, scholars, and wood processing factories have conducted in-depth research and development, and invented solid wood splicing panels and finger joints. Although the problem of stuttering and deformation has been better solved, the deformation and cracking have not been solved because of the high price caused by the lack of resources in our country; blockboard, MDF, particle board, plywood and other products; so far they are still not environmentally friendly and grippy. Nail strength is not good, not moisture-proof, flatness is not good, deformation, warping, cracking are very serious, it can only be used as building templates, packing boxes, etc., because of poor qual...

AI Technical Summary

Problems solved by technology

[0003] The present invention aims at the existing solid wood boards, solid wood splicing boards, finger-jointed boards, and artificial boards that are not environmentally friendly, have poor nail-holding power, are not moisture-proof, and have poor flatness. , deformation, warping, cracking and other problems, a new method of making solid wood splicing boards is provided, which can better solve the above problems, and the scientific technology and unique structure are used to break through the above technical problems.

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