It has a low viscosity and is suitable for pouring products with small textures. Its advantages are long pot life, short curing time, and high processing efficiency.

PU gel has the same softness and elasticity as silicon gel. Its advantages are high strength and elongation, environmental protection and non-toxic.

It is easy to process, low viscosity, good sealing effect, excellent waterproof performance, and excellent electrical resistance. There is no residue after use and will not cause any pollution.

It has high comprehensive properties such as tensile strength, tearing, elongation, rebound, etc., and is suitable for working environments with high-speed and high-frequency compression vibration. It can withstand high temperature and high humidity.

It can be used in environments with high-speed operation or high-strength load-bearing capacity. Under high pressure or high-speed motion, the material generates less heat internally, and does not experience a decrease in physical properties due to the heat.

Mainly polymerized with non aromatic isocyanates and special polyols, which will not become yellowing.

The product has a wide range of applications and is suitable for various fields with bonding requirements. High adhesion strength, elasticity after curing, no brittleness, good flexibility and cold resistance.

High initial adhesion strength, excellent bonding fastness after curing, good resistance to hydrolysis and aging, suitable for bonding substrates such as PVC, PET, aluminum foil, etc.

Water based one component flocking adhesive, environmentally friendly and odorless, with high flocking fastness and good fullness. Can be applied to automotive interior flocking.

It can be combined with water-based curing agents and TPU/PA powder, with high adhesion and tear strength, and is used for composite bonding of textile materials such as rolled nylon cloth.

This project utilizes a self-developed hydrolysis-resistant titanium catalyst and polyurethane insulation materials, offering high catalytic efficiency and excellent insulation performance, unaffected by moisture and compliant with national standards. By degrading waste polyurethane and using regenerated polyether polyols to produce new insulation materials, it achieves zero waste discharge and eco-friendly production, promoting resource utilization. The project delivers significant economic, environmental, and social benefits, aligns with national policies, and provides promising prospects for the polyurethane industry.

We provide eco-friendly water-based polyurethane adhesives as a replacement for organic solvents to reduce automotive VOC emissions. This product offers high bonding strength, scratch and water resistance, is non-toxic, and has excellent adhesion, suitable for various materials. It aligns with industry trends and has broad applications in automotive interiors and other fields. Compared to traditional products, water-based polyurethane adhesives combine low VOC characteristics with superior mechanical performance, addressing issues like low viscosity and poor thermal stability while promoting sustainable development.

We have developed a casting polyurethane polishing material by mixing polyurethane prepolymer with micron-grade abrasives to create sheets, enhancing grinding efficiency. This material offers advantages such as low viscosity, long working time, fast demolding, and stable NCO value. It generates polyurethane elastomers with low exothermic heat, is eco-friendly, and benefits operator health. This technological innovation improves wafer production efficiency and is widely applicable in the microelectronics field, particularly in semiconductor manufacturing and polishing, driving the development of electronic technology.