Finger Joint Board
Online Consultation
Over 5 Years
E0
Excellent Grade
Indoor
CE, FSC, ISO9001, CARB
Finished
Pine
Pine Wood Joint Board
1220*2440mm/Customized Size
3mm-45mm
Pine Wood
E0, E1, E2 or a Bond Phenolic WBP
1*20gp
Standard Pallet Packing
Furniture Decoration
10-20 Days
Leberg
Export Packing
1220*2440*18mm
China
4421999090
Product Description
| Name | Pine Wood Joint Board |
| Size | 1220*2440mm, Customized is available |
| Thickness | 3-50mm |
| Material | pine/poplar/rubber wood |
| Denisty | 480 kgs/cbm |
| Glue | E0, E1, E2 or A Bond Phenolic WBP |
| Grade | AA/AB/BB/CC |
| Package | Covered with the carton and plywood, and steel tape for strength |
| Payment Term | T/T or L/C at sight |
| Delivery Time | About 20 days after received your deposit |
| Application | for making furniture or construction or industrial |
Finger jointed boards, also known as finger-jointed lumber or box-jointed wood, are a versatile and commonly used material in woodworking and construction. They offer several advantages over traditional solid wood boards, making them a popular choice for various applications. In this blog post, we will delve into the world of finger jointed boards, exploring their benefits, uses, and some tips for working with them.
Benefits of Finger Jointed Boards:
Stability and Strength: Finger jointed boards are crafted by joining shorter sections of wood using interlocking fingers, creating a strong bond that mimics the strength of solid wood. This construction technique helps prevent warping, splitting, and other common issues that can occur with solid wood.
Cost-Effectiveness: Utilizing shorter wood sections to create finger jointed boards allows for the use of less expensive or reclaimed wood. This cost-effective approach can be advantageous for large-scale projects without compromising on quality.
Environmental Impact: Finger jointed boards often contribute to sustainable practices by maximizing the use of wood resources. They can be made from offcuts and small pieces that might otherwise go to waste.
Dimensional Stability: The interlocking finger joints distribute weight and stress evenly across the board, leading to improved dimensional stability. This makes finger jointed boards less prone to expansion and contraction due to changes in humidity and temperature.
