Business Strategies - Innovation Enabling Materials
Relationship Between Our Products and Daily Life

Mission of Innovation Enabling Materials Business
As a platform that contributes to innovation in next-generation businesses and the creation of competitive products, we will continue to be a business that provides unique technologies and materials by creating innovation enabling materials with new functions through in-house co-creation.

Initiatives to Strengthen Competitiveness and Examples
We will make use of Resonac’s strengths and competitive advantages to become a world-class functional chemical company and a company that can compete on the world stage by 2030.
Strengthening On-site Capabilities Through the Promotion of DX and Citizen Development
In the manufacturing section of the Ceramics Business Unit , activities are being carried out to improve work processes through citizen development of RPA and BI tool apps that the operators themselves have learned and developed. These activities contribute greatly to safe and stable operations, ensuring absolute quality, and increasing production efficiency. In order to further expand these activities, the High Performance Materials Business Headquarters has established a DX Promotion Officer to strengthen cooperation with the CDIO organization.
This is expected to expand beyond production departments to other operations and business units such as SCM, accounting, general affairs, development and sales, thereby improving customer convenience and contributing to the creation of businesses for the future.
Vision for 2030 and Roadmap to Achieve It
TOPICS 2025 of Innovation Enabling Materials Business
Creation of Vaneetect, Vacuum Insulated Glass Sealing Agent That Enhances Environmental Performance (Low Melting-Glass)
Vaneetect, which enables sealing at low temperatures and does not contain substances
restricted by the RoHS Directive, is used as a sealing material for vacuum insulated
glass (VIG), which is becoming increasingly popular in building construction. We expect
this to improve environmental performance by lowering energy consumption during
VIG production, reducing CO2 emissions by shortening processing times,
improving the insulation performance of window glass, and enabling glass
recycling. In collaboration with R&D divisions, we are also studying its
application to sealing and bonding for electronic devices and sensors.
