New business development, including raw materials for optical resins and graphene nanoribbons
First written in FY2022. 5 of 6 entries say "Advanced", first in FY2023. Latest entry: 2026-05-30.
56 other companies' latest entry also says "Advanced".
- FY2025AdvancedAnnual report
「With a view to the growth of biodegradable resins, we developed biodegradable biomass-based plasticisers and received inquiries from many potential customers. We are actively conducting sample trials.」
In new business development, the company received inquiries regarding biodegradable biomass-based plasticisers and progressed to the stage of conducting sample trials. It also described the development of technology to chemically decompose waste resins and reuse them as resin monomers. - FY2024AdvancedAnnual report
「For resin monomers for optical lenses, the company developed a new production process for its products that produces less coloration and received high praise from customers.」
For resin monomers for optical lenses, the new production process received high praise from customers. For graphene nanoribbons, the company reported the development of a mass-production process and the start of reagent sales. - FY2023AdvancedAnnual report
「For resin monomers for optical lenses, the company developed a new production process for its products that produces less coloration and received high praise from customers.」
The company described the development of a new production process for resin monomers for optical lenses and customer evaluations, as well as the development of a mass-production process for graphene nanoribbons and the start of sample provision. - FY2022First statedAnnual report
「Early launch of newly developed products currently under development…newly developed products such as raw materials for optical resins Strengthening the new business exploration function…graphene nanoribbons and other products」
As specific examples of new business development, the company named for the first time the early launch of products such as raw materials for optical resins and the strengthening of its exploration function for products such as graphene nanoribbons.