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The processing technology of wooden doors has always had the problem of easy deformation of the surface. This is mainly because the inner door blocks the indoor and outdoor space, which causes the temperature and humidity of the air to be different. In addition, the material of the wooden door itself cannot be completely dried, which is limited by the law of thermal expansion and contraction. The deformation of the inner door seems to be "reasonable and reasonable", but the problems of opening and closing difficulties and shape changes brought to the user after the deformation have been plagued by many owners.
There are many types in the wooden door market, and the structure of different types of wooden door products in the production process is also different. At present, the wooden doors in the market are divided into solid wood splicing structure, composite solid wood connecting structure, composite solid wood laminated door and solid wood frame door. Let's take a look at the process technology in the production process and increase the common knowledge of the wood door production industry.
Some brand strength manufacturers have adopted special techniques and technologies to solve the problem of internal door deformation, thus solving the inconvenience caused by this problem to the owners.
Solid foundation: bridge hole mechanics board
As an innovation in the manufacturing process of the door core board, the bridge hole mechanics board has become a highlight of the strength of the interior door manufacturers. The "bridge hole mechanics board" uses the principle of the arch bridge hole to process the solid wood sawdust into a unique tubular structure through high-tech processing, which can evenly disperse the external force to ensure that the door body is not deformed. Because it weighs less than half the weight of a solid wooden board of the same size, the lightweight texture also avoids the deformation caused by the hinge and the door cover being too heavy, so the service life of the inner door is extended. At the same time, the bridge mechanics plate can effectively prevent the temperature from spreading like a thermos bottle, maintaining a pleasant temperature in both winter and summer.
Main flow column: stress balance system
As another technological breakthrough in Bolognese's interior products, the stress balancing system provides a new solution to the problem of internal door deformation. The stress balance system is based on a new technological innovation based on the bridge mechanics board: two independent built-in balancing components penetrate the door from top to bottom, effectively dispersing the stress points and making the structural skeleton of the inner door Strong support.
Strong support: Honeycomb Mechanics Board
The Honeycomb Mechanics Board is another important technical support for solving internal door deformation. As can be seen from the name, the honeycomb mechanics board is designed using the honeycomb bionics principle, which is composed of continuous hexagonal hollow cylinders. Due to its shape, the hexagon has strong stability and is not easily deformed. The empty part has physical characteristics of absorbing noise and blocking temperature. Therefore, the honeycomb mechanics board plays a good role in preventing internal door deformation. The wood composite panels produced by this technology are mostly used in wood products and high-grade furniture, and even in the field of aerospace technology.
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