3D printing is based on computer 3D design models, using laser beams, hot melt nozzles, and other methods to stack and bond materials layer by layer in a manner similar to building blocks, to manufacture solid products. Our project has developed a high toughness and UV curable PU material, which has advantages such as good wear resistance, high strength, good toughness, and designable structure.

Our project uses independently developed hydrolysis resistant titanium catalysts and polyurethane insulation materials, which have high catalytic efficiency, high-quality insulation performance, are not affected by moisture, and comply with national standards. Our project is promotes a new process for treating waste polyurethane, bringing positive effects to the comprehensive utilization of resources and waste treatment in the polyurethane industry, while generating significant comprehensive benefits in terms of economy, environment, and society.

Our project provides an environmentally friendly water-based polyurethane interior adhesive to replace organic solvents and reduce vehicle VOC emissions. It has high initial adhesion strength, excellent bonding strength, scratch resistance, and water resistance, suitable for various materials, wear-resistant and non shedding, environmentally friendly and non-toxic, and has excellent adhesion. This innovative product meets industry trends and has broad application potential, providing higher adhesive strength and heat resistance, can be widely used in multiple fields such as automotive interiors.

Our project developes a CPU polishing material, which mixes polyurethane prepolymers with micrometer level abrasives to form sheets, improving grinding efficiency. This material has advantages such as low viscosity, long operating time, fast demolding time, and stable NCO value. It generates polyurethane elastomers with low endogenous heat, which is environmentally friendly and beneficial to the health of operators. This technological innovation has improved the efficiency of chip production and adapted to widespread applications.