Multi-layer solid wood eucalyptus raw materials are assembled layer by layer using environmentally friendly glue, and the surface is covered with multi-layer plywood with melamine veneer, which has the characteristics of high cost performance and strong nail holding force.
It is an artificial board made of wood or wooden poles, crushed logs, with fine wood fibers on both sides and long wood fibers in the middle, which is glued under heat and pressure with adhesive. The panel finish is usually melamine finish, and its cross section presents a honeycomb shape.
The surface of the board substrate has undergone special treatment, adding a layer of PET film with a thickness of 0.35-0.6mm. This board has a delicate texture and soft luster, and is not prone to leaving fingerprints or oil stains.
The raw materials are mainly solid wood materials such as eucalyptus, and the manufacturing process mainly involves drying, sizing, directional paving, and hot pressing of flakes of a certain geometric shape (usually 50-80 mm long, 5-20 mm wide, and 0.45-0.6 mm thick). The formaldehyde emission of OSB is low and it is strong and durable.
Multi-layer furniture board is a type of plywood, which is made by spinning wood chips into thin veneers or slicing them into thin wood, and then bonding them with adhesive to form three or more layers of plates.
Multi-layer furniture board is a type of plywood, which is made by spinning wood chips into thin veneers or slicing them into thin wood, and then bonding them with adhesive to form three or more layers of plates.
Multi-layer furniture board is a type of plywood, which is made by spinning wood chips into thin veneers or slicing them into thin wood, and then bonding them with adhesive to form three or more layers of plates.
The veneer flame retardant board is attached with a layer of wood grain paper on the surface of the flame retardant board to increase its aesthetics and durability.
Engineering flame retardant boards are specially designed for engineering projects, and they usually have higher physical properties and flame retardant properties to meet the needs of engineering construction, so their aesthetics are not as good as veneer flame retardant boards.
Formaldehyde-free boards, also known as formaldehyde-free boards, do not use formaldehyde-containing adhesives during the production process. They are made using soy glue and MDI glue for bonding.