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Knowledge changes destiny. In order to protect your rights and interests during consumption, you must learn these common problems with wood panels! !
In daily life, the following problems often occur in board materials: bubbling, odor, glue seepage, uneven board surface, debonding, warping, deformation, cracking, mold, discoloration...
At this time, the editor will explain to you the professional explanations corresponding to these phenomena.
Unpleasant odors from wood panels could be due to formaldehyde or wood-derived odors. Wood-based panels made with formaldehyde-containing adhesives like urea-formaldehyde resin continuously release formaldehyde gas during manufacturing, storage, and use. This is called formaldehyde outgassing. If you encounter a strong, pungent odor, you should be aware of possible formaldehyde levels exceeding the permitted limit.
The company is committed to the research and development of environmentally friendly materials. The environmental protection levels range from E1 to E0 and even formaldehyde-free. It is always right to choose Rabbit Baby when choosing environmentally friendly boards.
In addition to odor, boards often experience deformation and bubbling, which are mostly caused by "moisture content". So I would like to remind everyone that the heavier the board, the better, so don't blindly buy "heavyweight" products.
Beware of bubbling and debonding, as these are signs of insufficient bonding strength. Peeling, on the other hand, is a sign of "immersion peeling," which determines whether and to what extent the adhesive layer peels after immersion and drying. This test reflects the wood-based panel's ability to withstand the stress of moisture expansion and shrinkage, resisting deformation and the extent of peeling. It also serves as an indicator for evaluating the bonding performance of each adhesive layer.
There are many examples of fractures in life. Fractures in people and fractures in objects can be described as a lack of flexibility. The same is true for plate fractures, but it's specifically measured by "transverse static bending strength." As the name suggests, the greater the strength, the stronger the plate.
This is the common knowledge of plate materials compiled by the editor. I hope that everyone can properly understand these properties of plate materials when purchasing them. "Buying plate materials is difficult, but it is also easy." The key lies in how you buy them.