Finger Joint Board Description：

Finger-jointed rubber wood panels are manufactured from rubber wood using a finger-jointing process (serrated mortise and tenon joints). Small pieces of rubber wood are joined together with serrated joints at the ends and glued together using environmentally friendly glue to create large panels (common sizes are 1220 x 2440 mm and 10-45 mm thick).

 

Finger-jointed rubberwood has become a popular material for modern furniture due to its high cost-effectiveness, environmental friendliness, and ease of processing. It is particularly suitable for those with limited budgets and who prefer the texture of solid wood.

 

 Finger Joint Board Specification：

Products Name	Finger Joint Board
Size	1220*2440mm
Thickness	15mm; 17mm; 18mm
Tolerance	± 0.1mm
Wood Spaces	Pine; Spruce; Poplar; China Fir

 

Details Display：

Finger-jointed rubberwood panels are categorized into distinct grades: AA (blemish-free on both sides), AB (one side intact with defects on the other), and AC (blemishes on both sides).Helps consumers choose suitable products according to their needs

Made of rubber wood imported from Thailand (steam drying technology), this wood board has a fine texture, is wear-resistant and corrosion-resistant.

 

FJ Timber Features

1. Environmental and Economical: Lower price than solid wood. Uses less glue, emits far less formaldehyde than other artificial wood panels, and is healthier for the human body.

2. Highly malleable: Easy to color and paint, suitable for curved designs. High hardness (excellent wear resistance), suitable for high-use applications such as stairs and countertops.

3. Stability: Finger-jointing distributes stress in the wood, reducing the risk of cracking (especially in dry areas).

 

FJ Timber Applications

1.Furniture Manufacturing: Table and chair panels, cabinet partitions, drawer bottoms, etc., especially suitable for children's furniture (high environmental protection requirements).

2.Interior Decoration: Stair treads, wall panels, ceilings, solid wood doors, and bathroom cabinets .

3.Building Structures: Exterior walls, roof beams, or load-bearing structures in gymnasiums and warehouses (requires anti-corrosion treatment)