How to make aluminum wood grain

Aluminum-clad wood doors and windows are combined by two materials. In order to improve the overall aesthetic effect, the surface treatment of both materials needs to be designed during production and processing. Among them, printing wood grain on the surface of aluminum is also a common surface treatment technology, wood grain transfer.

Wood grain transfer profile refers to the rapid transfer and penetration of the wood grain pattern on the transfer paper or transfer film by heating and pressing based on the principle of high temperature sublimation heat penetration based on powder spraying or electrophoretic coating On the profile that has been sprayed or electrophoresed. The wood grain profile produced has clear texture and strong three-dimensional effect, and can better reflect the natural feeling of wood grain. It is an ideal energy-saving and environmentally friendly material to replace traditional wood.

Wood grain has strong adhesion to aluminum, non-toxic, odorless and easy to clean. The product lines are clear and lifelike, the three-dimensional effect is strong, the appearance decoration effect is good, and the visual effect of returning to nature and returning to nature. The coating film on the surface of the sprayed aluminum profile is non-volatile and non-oxidized in the air and does not pollute the environment. The dirt deposited on the sprayed surface can be restored to its original luster and appearance once it is cleaned.

In addition, the wood grain transfer profile is more environmentally friendly, so that the aluminum product has a wooden texture, and the simulation effect is good, instead of wood decoration materials, more energy-saving and environmentally friendly. The printed texture has a strong adhesive effect on aluminum materials, without any taste, and zero pollution. It is an environmentally friendly and green building material product.

There are rich wood grain patterns and different textures to choose from. The wood texture is vivid and has a strong decorative effect.