Panel-type furniture is a necessity in the home, but the quality on the market is also uneven. Some consumers will find that the purchased furniture is warp and deform soon.

Why does the panel warp and deform?

Specifically, there are generally 6 factors in panel deformation:

1. The production process of the panel is unqualified. High quality panel requires consistent density and symmetrical structure.

2. The water content in the panel is not properly controlled. When the water content in the panel exceeds or falls below the ambient humidity, it is easy to cause warping and deformation.

3. The density of the panel is unqualified. Low density of the panel will cause the surface to be rough and easy to absorb moisture and deform.

4. The waterproof performance of the panel is unqualified. The panel used for making furniture must have a certain waterproof performance.

5. The storage of the panel is unqualified. If the panel is not stored in a dry and ventilated environment, it will easily affect the stability of the panel and cause problems such as deformation.

Resistance to deformation of the panel, is one of the important factors that determine the firmness of furniture. Through the experiment, Let's see how REBON reed particleboard resists deformation.

Elasticity Modulus Test

Four panels of the same size, were put into the professional machine to test the static strength. We got the corresponding static strength value. The flexural strength of Rebon reed particleboard is 29.01MPa, obviously higher than other boards. It shows that Rebon reed particleboard are stronger to resist deformation, and can bear more loading. 

Just to make it more intuitive, we have four adult men (about 290kg) stand on the reed particleboard. As we can see, the Rebon reed particleboard did not deform when bearing 4 people, while ordinary boards bearing 185kg were crushed. Rebon reed particleboard can carry 105kg more than ordinary boards.

Nail-Holding Ability

Four boards of the same size, were put separately on the professional machine to test the grip force. The corresponding value of grip force is obtained, the grip force of the reed board is 1535N, higher than other boards. 

After calculation, Rebon reed particleboard can carry 28kg more than any other boards. That's the weight of an eight-year-old child. It means the nails are less likely to come off when they're nailed to the Rebon reed particleboard. Furniture made of Rebon reed particleboard is more load-bearing.

Rebon reed particleboard is more resistant to pressure, and more load-bearing, it can make the furniture stronger.

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