Research on eco-friendly high-performance paints (coating materials)
eco-friendly coating,
change the surface of the future
We research specialty paint technologies that are sustainable and functional.
Research content
Development of specialty resins, binders, and utilization methods with desired functions, performance, and eco-friendliness
Development of pigment dispersion method according to usage color of specialty resin and binder
Application field
Development of specialty eco-friendly, highly functional binder
Secondary battery: Water-soluble binder for electrodes and separators (improves battery density, charging performance, and battery safety)
Display and semiconductor: Special binder with excellent adhesion, heat resistance, and chemical resistance in thin film coating process or other microprocesses.
Industrial non-woven fabric: Used to combine fibers for industrial materials and provide specific physical properties
Functional clothing: Coating of textile products with special functions such as waterproofing, water repellent, flame retardancy, etc.
Used for high-performance paints (coating materials) such as high heat resistance, high weather resistance, water resistance and water repellent, high corrosion resistance, antifouling, and chemical resistance.
Expected effect
Create creative practical knowledge in the field of future eco-friendly, high-performance coating materials and derive driving force for commercialization of eco-friendly, high-performance products for humanity.
Secure world-class research competitiveness in the field of various eco-friendly, high-performance specialty coating materials
Development of specialty eco-friendly resins and binders and research on material dispersion technology