1. Wear Resistance and Durability

　　The wear resistance of engineered flooring generally exceeds 4000 revolutions (the national standard is 300 revolutions), far surpassing that of ordinary solid wood flooring. Its four-layer composite structure endows it with high resistance to pollution, corrosion, and pressure, making it suitable for frequently trafficked public spaces.

　　2. Specifications and Dimensions

　　Engineered flooring has larger dimensions and a thickness of approximately 8mm (home flooring is typically 12mm or more), which meets the requirements for large-scale installation and reduces costs.

　　3. Structure and Manufacturing Process

　　It is made of artificial patterns and composite materials, with a high surface hardness but lacking elasticity, resulting in a harder feel underfoot. Adhesives may be used in the manufacturing process, leading to trace amounts of formaldehyde release (it is recommended to choose E0 grade environmentally friendly products).

　　4. Maintenance and Price

　　Daily maintenance is simple, and the price is lower than that of home flooring. However, once damaged, it is difficult to repair and needs to be replaced with new flooring.