What are the thickness of wardrobe plates?

Wardrobes are essential in our home furnishings, and wardrobes are made of plates, so the selection of plates is very important. There are many wardrobe plates on the market, with different thicknesses and materials. So what is the thickness of wardrobe board?

Thickness of wardrobe board

The thickness of common wardrobe plates is 5, 9 and 18mm. 5mm board can meet the moisture-proof performance, but the stress is small. When the wardrobe length is over 2000mm, the board is prone to deformation. 9mm wardrobe board, with high bearing capacity, can ensure the stability of wardrobe; The 18mm wardrobe board takes up more space, but the moisture resistance is not increased by the thickness. Therefore, it is more reliable to choose 9mm thickness.

What are the boards of the cabinet?

1. Solid wood

Solid wood is more green and environmentally friendly, so there is no need to add too much adhesive in production, and there is no need to worry that excessive formaldehyde content will affect your health. Moreover, the solid board has a strong bearing capacity and a longer service life than other boards. Solid wood has many advantages, but the price is relatively high.

2. Large core board

The big core board, also known as blockboard, is very suitable for being used as a wardrobe frame. The material is very smooth, stable and not easy to deform. According to the thickness, it can be divided into three-ply board, five-ply board and nine-ply board, which can be selected according to the pressure and strength.

3. High density board

High-density board belongs to wood-based panel, which is made by soaking the material in water and crushing it. It has the advantages of high density, high strength and easy processing. But it is not suitable for humid areas.

4. Solid wood particle board

Solid wood particle board is made of solid wood into particles, and then glued together. It has good nail-holding power and bearing capacity, and its price is relatively low. It is a board with more materials.