Imitation wood is a new type of building decoration material that has emerged in recent years. Because it is made from natural inorganic non-metallic materials, it meticulously captures and artistically transforms the grain of carefully selected real wood, creating a realistic natural appearance and texture. The product offers architects and users a conception space and expression approach that is full of nature and brimming with the atmosphere of mountain and rural life, catering to the architectural aesthetic demands of modern urbanites who are tired of the hustle and bustle, Revere nature, and pursue a return to simplicity and authenticity. Therefore, it is deeply loved by the consumer group with unique personalities and outstanding tastes.

Imitation wood is a type of artificial wood with extremely high simulation, which is made by scientifically combining natural stone powder, perlite, lightweight pumice, imported pigments, high-grade silica silicate cement, steel bars and wires, along with a small amount of binders and waterproof materials. Compared with real wood, it has the advantages of light weight, high strength, corrosion resistance, no deformation, heat insulation, sound absorption, good weather resistance, fire resistance and non-toxicity, no radioactive pollution, rich colors and easy installation. From appearance to color, it is close to nature and retains the original color of the wood, making it difficult to distinguish between genuine and fake. It is also possible to design wood of different styles and functions according to the designer's requirements, so as to maintain sensory consistency with real wood. Especially the wood used for structural purposes not only possesses the mechanical properties of reinforced concrete but also the texture and color of wood, adding charm to buildings and truly embodying the green and environmentally friendly concept of low carbon and energy conservation.

The most prominent feature of imitation wood is its environmental performance. Currently, the commonly used treated wood is even more expensive, but it cannot avoid the chemical pollution problems caused by the fireproof and insect-proof treatment of wood products. With the enhancement of people's environmental awareness, forest resources are being better and better protected. Nowadays, imitation wood products have gradually replaced the position of real wood in the construction of public facilities. Imitation wood products are resistant to corrosion and ultraviolet rays, and their quality is superior to that of real wood. The promotion and application of imitation wood have protected the limited forest resources, promoted ecological balance, and are a fine deed that benefits future generations - with immeasurable merit. It also satisfies people's love for wood, fulfills their wishes and achieves the goal of reaching the same destination through different paths.

Process flow

The production process of imitation wood is as follows: mold preparation → slurry preparation → filler preparation → mold coloring → spraying or grouting → filler filling → secondary splashing or grouting → vibration and shaping → drying → finished product packaging.

Raw materials

Raw materials such as cement, ceramsite, imported pigments, sand, steel bars and wires, grids, and additives are sold all over the country. Raw materials are readily available.

Product level

The imitation wood produced by this project features high surface density, low water absorption rate and good weather resistance.

High surface strength, strong UV resistance, good frost resistance, good anti-aging, easy installation, uniform and harmonious color: The surface of the imitation wood is hard, the middle specific gravity is low, it can float on the water surface, and the bonding surface attached to the building surface is rough, which is conducive to bonding, making the bonding more firm and less likely to fall off. Moreover, it has excellent heat insulation and preservation properties, can replace the insulation layer, reduce construction costs, and also meet the national requirements for environmental protection and energy conservation.

Due to the adoption of advanced and reasonable process equipment, the quality and grade of the products in this project can both reach domestic standards

Advanced level. It has strong competitiveness in the market.

Technological process level

To ensure the high grade of the products, the project selects the most advanced technological processes both domestically and internationally.

The mold manufacturing technology has evolved from the original manual brushing to the current machine pouring, and as a result, the products have become stronger

High degree, bright color, no color fading, no scratches. The technicians have received professional training and practical operation

And have more than one year of working experience. The color adjustment has changed from manual to computerized, and the spraying method has developed into

Fogging, transitioning, and dotting.