Recently, the cross-border fusion technology of plasma and silicon-based materials has made a breakthrough in the field of melamine veneer, realizing the molecular level reconstruction of product performance and breaking the performance compromise perception of traditional paint-free plates. This technology creates nano-scale active sites through high-frequency plasma impact on the surface of the veneer, so that the liquid silicon material can achieve atomic-level penetration and fusion and form stable chemical bonds.

Technological upgrades bring multiple advantages: visually, the natural texture is restored to 99.5%, getting rid of the plastic feeling of traditional products; the feel is warm and delicate, and the stain resistance is significantly improved, and stubborn stains such as soy sauce and alcohol can be wiped clean in 5 seconds; the scratch hardness reaches 3H, and there are no obvious traces of wire ball friction and key scratching. At the same time, relying on the moisture-proof and mildew-proof properties of silicone-based materials, the product has no mildew and no expansion for 1000 hours in a high-humidity environment, which is suitable for more scenarios. In addition, the soybean protein-lignin composite adhesive developed by Fenglin Group and universities has achieved industrial mass production, controlling VOC emissions at ≤0.02mg/m³, which is far better than the ENF standard. These technological innovations are promoting the upgrade of melamine veneers from decorative materials to full-scenario functional consumer goods.