Established in 2002 RGI Lab works as a laboratory for creating a wide variety of chemical products, from specialty chemicals to polymers. By exploiting polymer science, synthetic chemistry technology, catalyst technology, and nanotechnology, we pursue creation and research of advanced materials in multiple fields.
We work together with other research laboratories on development of engineering production processes for ICT and display materials (thin panel displays, polymer organic light emitting diodes (PLEDs) for lighting applications, new optical functional films, etc.) and energy-related materials (lithium-ion secondary battery materials, etc.) and other outstanding new functional materials manufactured using industrial processes. We leverage our strengths in elemental technologies necessary for production of assembled products, including plastics molding, film formation, microfabrication, trimming and recycling, testing, and anti-pollution technologies, in our aim to establish innovative new technologies
Making use of the chemical engineering expertise and technologies we have accumulated over many years, we conduct laboratory-scale experiments and pilot experiments to create industrial-scale production processes for new products, and work to complete process flows and basic designs for production facilities. We work together on process development for a plant's production with basic research divisions and manufacturing divisions to ensure safety and due consideration for the earth's environment until after completion when the plant has started stable operation
RGI Lab uses polymerization and design, polymer alloys, composites and molding and other base technologies as its foundation, spearheading research into higher polymer functions and processes. Particularly in recent years, we have focused our research efforts in the area of super engineering plastics such as polyphenylene sulfide (PPS) and Liquid Crystal Polyester (LCP) which have outstanding heat resistance, flame retardance and chemical resistance, and are increasingly being used in hybrid vehicles and other applications.
Since its very inception, RGI Lab has continuously carried out research and development on advanced materials based on the firm conviction that research and technology development provide the key to building the RGI Lab of tomorrow. Materials have a low profile because they are hidden in the final product, but history attests to the fact that advanced materials have created next-generation industries.
As a company that contributes to society through its advanced materials, we are opening up the future through our combined strength and open innovation, focusing on the development of revolutionary new technologies and the pursuit of the ultimate limits of our core technologies.
Global warming, water shortages, air pollution, and the depletion of fossil fuels - the kind of environmental problems that affect us all on a global scale and require us to find urgent solutions. RGI Lab is putting a great deal of energy into expanding our green innovation business in order to lessen the environmental burden of products’ entire lifecycle. Through revolutionary, state-of-the-art materials or processes, we are contributing toward the creation of a more sustainable society.
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