R&D

Electronic Materials

TKG HUCHEMS R&D Center is focusing R&D capabilities through consistent investment and support to secure future growth engines and manufacture high value-added products. We exert ourselves to R&D in intermediate materials that can contribute to developing core materials, high performance and high value-added products. "To secure future growth engines, we are intensifying our research and development efforts in the fields of semiconductors, displays, and secondary batteries.”

Semiconductor

Display

Secondary Batteries

Semiconductor materials sector

By leveraging our precision chemical technologies, we are focusing our R&D capabilities on developing core materials used in semiconductor circuit and chip manufacturing processes—such as resins for photoresists, wet chemicals, and inorganic nanomaterials—across various fields to ensure customer satisfaction.

Display materials sector

In collaboration with our clients, we are focusing on the synthesis and ultra-high-purity purification of low-toxicity organic solvents, as well as the development of polymer materials used in display panel manufacturing processes. Through these efforts, we are striving to secure future growth engines in the field of advanced industries.

Secondary battery materials sector

We are conducting research on secondary battery materials to meet customer needs and contribute to enhancing the functionality of next-generation products and providing optimal solutions.

High-performance polymer materials

TKG HUCHEMS R&D Center is conducting research on super engineering plastics used across a wide range of industries, striving to identify and cultivate high value-added business opportunities and expand its business areas.

Special Amine Monomer R&D

We possess advanced manufacturing technology for specialty amine monomers used in aramid fibers—which account for approximately 90% of global super fiber production—and in super engineering plastics such as polyimide.

Super Engineering Plastic

Super engineering plastics offer higher strength, thermal stability, and excellent chemical resistance compared to general engineering plastics. We are conducting research on manufacturing technologies for super engineering plastics that can be applied across a wide range of industries, including electronics, displays, automotive, aerospace, and defense.

Monomers for aramid fibers

Monomers for polyimide films

Automotive materials

Aerospace materials

TKG huchems

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