Solid wood layered compression reinforcement technology

1. Technical Introduction

This innovative breakthrough in selective physical compression technology allows for selective strengthening of desired areas while preserving the wood's inherent natural properties. The position and thickness of the compressed layer can be adjusted as needed. Compared to full compression, the compression rate is reduced by over 70%, the density of the compressed layer can reach over 1.0g/cm³, and the hardness can be increased by more than two times, significantly improving the quality of low-density wood. The product boasts environmentally friendly, lightweight, and highly dimensional stability.

2. Technical Features

3. Economic and technical indicators

(1) The compression layer can be formed on the surface or at any layer in the thickness direction of the wood;

(2) The density of the compressed layer reaches above 0.9 g/cm³, and the remaining layers are not compressed (the density is close to that of the control);

(3) The thickness of the compression layer can be adjusted arbitrarily;

(4) When the compression layer is located on the surface, the surface density of the compression layer can reach more than 1.8 times that of the reference material, and the hardness can reach more than 2.4 times that of the reference material.

(5) Layered compression technology is a physical modification technology. The modification process is completed under hydrothermal control without chemical pollution.

4. Product competitiveness and market prospects

Solid wood layered compression reinforcement technology is applicable to all low-density woods. After modification, the material's performance is enhanced, transforming woods previously characterized by low density, soft texture, and poor dimensional stability into superior processing and usability properties, enabling direct use in the manufacture of high-quality solid wood furniture, flooring, and other wood products. my country boasts abundant plantation timber resources and a strong market demand for environmentally friendly, chemical-free materials. This project holds broad market potential.

V. Cooperation Methods and Contact Information

Cooperation mode: technology transfer, technology development, technical services

Contact: Mr. Huang

Email: [email protected]