We will exhibit at the "2026 Automotive Technology Exhibition" in YOKOHAMA.

"The convenience of plastic and the eco-friendliness of biomass" - Bio-based composite resin blended with wood-derived cellulose that contributes to sustainability

*During the process from resin manufacturing to incineration, the CO2 emissions of GREEN CHIP CMF, containing 55% cellulose fiber, are expected to be reduced by approximately 35% compared with petroleum-derived ABS resin and by approximately 20% compared with petroleum-derived PP resin. (*1, *2). *Cellulose fiber functions as a reinforcing material, improving tensile strength, flexural strength, flexural modulus, and heat resistance (heat load deflection temperature) compared with unreinforced PP resin. This makes it possible to make molded products thinner and, therefore, contributes to weight reduction. *By adding GREEN CHIP CMF to recycled resin as a modifier, physical properties such as strength, elastic modulus, and heat deflection temperature can be improved, thereby contributing to increased use of recycled resin. *Despite containing 55% cellulose fiber, it achieves flowability equivalent to PP resin and delivers excellent moldability. Existing molds can be used, and the material exhibits low molding shrinkage and excellent dimensional stability. *1 Calculated in-house based on the results report of commissioned work to Osaka University by the Ministry of the Environment (FY2019). *2 Calculated in-house based on the Ministry of the Environment’s "Guidelines for the Utilization of Cellulose Nanofibers."

• Composite Materials

Improved adhesion strength and sealing properties without curing process by mold temperature and sealability during resin molding. Surface modification and potting are not required

[Features] - Improving sealing and adhesive performance without curing process due to mold temperature and heat during resin injection molding - Because the tape itself is slightly sticky, temporary lamination with metal insert materials is possible at room temperature - No surface modification or potting - Applicable to various materials Metals: Aluminum, stainless steel, copper, steel, etc. Resin: PPS, PBT, PA, etc. [Application] - Insert molded products such as connectors, bus bars, and terminal blocks - Resin and metal composite parts such as car interior panels

• Vehicle body parts
• Other Auto Parts

Highly filled composite material sheet containing inorganic fibers and powders, developed using advanced papermaking technology refined over many years

[Features] - Thin inorganic fiber sheet holding functional powder - Excellent low thermal conductivity and high thermal insulation - Thinness available to be combined with other sheet materials [Application] - Measures against ignition and heat generation for various batteries - Partial insulation of industrial equipment

• Secondary Cells/Batteries
• Lithium-ion battery

Enable usage in environments up to 1600°C

These products are sheets made by adding a small amount of organic binder to various inorganic (ceramic) fibers such as rock wool, AES (alkali Earth Silicate) fiber, alumina fiber, and others. It equipped with cushioning and flexibility and can be customized to a range of thicknesses and hardness levels. * Since these products contains an organic binder, smoke or gas may be generated during initial heating.

• Ceramics

By forming sheets using papermaking technology, we combine the characteristics of the material with the flexibility, processability, and porosity unique to paper

TOMOEGAWA designs and develops various functional materials according to customer requests. We create sheets with a variety of functions through contract manufacturing or collaboration using customer-supplied or specified materials. Customization of various properties is also possible by controlling fiber diameter, thickness, and porosity. Please share your requirements with us.

• stainless
• Other metal materials
• Ceramics

A sheet that possesses heat resistance up to approximately 800°C as well equipped with cushioning and flexibility. We respond to a wide range of thickness and hardness requirements.

Features 1: Excellent heat resistance - Primarily composed of rock wool, offering heat resistance up to 800°C. Features 2: Low Shot Content - Compared to general rock wool (slag wool) products, it contains less shot (un-fiberized material), resulting in a smooth surface. Features 3: processability and Flexibility Can be easily cut with scissors or a cutter. The hardness of the sheet can be controlled, making it possible to meet needs such as punching and winding properties. *For physical property technical data, please refer to the detailed information. - Sheet thickness: 1 to 6mm - Sheet width: 630 mm to 1,260 mm *For details regarding thickness, width, or length other than those listed above, please feel free to contact us. *Please note that smoke or gas may be generated during initial heating due to the inclusion of organic binder.

• Heating device
• Ceramics
• Heat exchanger

A sheet material primarily composed of alumina fiber (PCW/crystallized alumina short fiber).

Features 1: Excellent heat resistance - Primarily composed of alumina short fibers (PCW), offering heat resistance up to 1600°C. Features 2: Low Shot Content - With an extremely low content of shot (un-fiberized material), the sheet has a smooth surface. Features 3: processability and Flexibility Can be easily cut with scissors or a cutter. The hardness of the sheet can be controlled, making it possible to meet needs such as punching and winding properties. - For detailed technical data, please refer to the additional information provided. - Sheet thickness: 0.5–6 mm - Sheet width: 630 mm to 1,260 mm. *For additional thicknesses, widths, lengths, or other detailed specifications not listed above, please feel free to contact us. * Because this product contains an organic binder, smoke or gas may be generated during the initial heating process.

• Heating device
• Fine Ceramics
• Heat exchanger

A sheet primarily composed of alkali Earth Silicate fiber (AES fiber/biocompatible soluble fiber), that possesses heat resistance up to approximately 1100°C to 1300°C.

Features 1: High heat resistance - Mainly composed of alkali Earth Silicate fibers, heat resistance of 1100°C to 1300°C. (The primary fiber can be selected according to the temperature range.) Features 2: Shot Amount Control - Removal processing of shot (un-fiberized material) contained in the bulk fiber is available. Features 3: processability and Flexibility Can be easily cut with scissors or a cutter. The hardness of the sheet can be controlled, making it possible to meet needs such as punching and winding properties. - For detailed technical data, please refer to the additional information provided. - Sheet thickness: 1–20 mm - Sheet width: 630 mm to 1,260 mm * For details on other thicknesses, widths, or lengths, please feel free to contact us. * As this product contains an organic binder, smoke or gas may be generated during the initial heating process.

• Heating device
• Ceramics
• Heat exchanger

[Instructor] Hiroyuki Sakai, President of MANAGEMENTIVA Co., Ltd. (Former Community Manager of Real Madrid CF) [Key Lecture Content] The 2026 Soccer World Cup, held in North and Central America with the United States as a sports business powerhouse, concluded with great success. However, it is also true that events occurred behind the scenes that far exceeded imagination. Many new trends in activities were confirmed around the local stadiums. What has changed in business, and how? Was it successful or not? What hints can we gather for the future? Which aspects should the Japanese sports industry adopt? Furthermore, the relationship with politics that attracted attention. It has been said that this should ideally be separated... Using the World Cup as a case study, I will discuss the latest business situation.

[Speaker] Mr. Takaki Miyazaki, President and CEO of NTT Circulast Corporation Director Ms. Saori Koga [Key Lecture Content] Resource circulation is becoming increasingly important from the perspectives of decarbonization and resource security, with rising expectations particularly for non-ferrous metals such as copper. However, there is a challenge in that the "flow of goods" supporting resource circulation and the "flow of information" conveying their value are disconnected, leading to insufficient communication of characteristics such as the origin of recycled materials and environmental impact, resulting in the circulation value not being properly recognized and evaluated in the market. In this lecture, we will introduce the background behind the establishment of NTT Circulast by NTT and Mitsubishi Materials, as well as the business concept that connects the flow of information and goods. Additionally, we will discuss future prospects for realizing a market where circulation value is chosen, taking into account trends in international standardization (ISO).

[Speaker] Yuto Noro, Partner Attorney at TMI General Legal Practice [Lecture Topics] 1. EU Digital Regulations and the EU Cyber Resilience Act (1) Recent important EU digital regulations and the EU Cyber Resilience Act (2) What is the EU Cyber Resilience Act? (3) Problematic cases 2. Scope of Application of the EU Cyber Resilience Act (1) Products with digital elements (2) Logical or physical data connections placed on the market / direct or indirect (3) Important products / critical products 3. Specific Regulations of the EU Cyber Resilience Act (1) Obligations of manufacturers (2) Obligations of importers (3) Obligations of distributors 4. Practical Responses to the EU Cyber Resilience Act (1) Methods of practical response (identifying target products / gap analysis / implementation) (2) Examples of practical responses (technical implementation / documentation implementation / operational implementation) 5. Q&A / Business Card Exchange

[Speaker] Mr. Kimihiro Horiuchi, President and CEO of Data Driven Consulting Inc. [Key Lecture Content] We are confident in the strategies created in collaboration with our internal elite and external consultants. However, we are not achieving the results we desire. Many companies facing such challenges share a common issue: a lack of execution power to realize their strategies. On the other hand, when we talk about increasing execution power, it involves complex factors such as sales, human resources, organization, and marketing, making it difficult to find effective solutions. In this lecture, we will introduce a method for building an organization with overwhelming execution power by thoroughly refining the PDCA (Plan-Do-Check-Act) cycle, which should be practiced by everyone, aimed at business owners and middle management who are struggling with such concerns.

[Speaker] RAUL Co., Ltd. President and CEO Kenji Eda, Director of the Energy Information Center [Key Lecture Content] With the expansion of renewable energy adoption, there is growing interest in Virtual Power Plants (VPP) that utilize small grid-connected storage batteries, as well as storage batteries for homes, stores, and businesses, solar power generation, and electric vehicles (EVs). This lecture will clarify the differences between low-voltage grid-connected storage batteries and VPPs, the structure of equipment and operations, the structure of revenue generation, and the roles of key players from the basics. Furthermore, we will discuss overseas examples from Australia, the United States, and the United Kingdom, explaining the differences with Japan and key points for commercialization. Without delving deeply into complex systems or technical details, we will clearly introduce practical perspectives on entry methods, challenges and risks, and future market outlooks. [Lecture Items] 1. Basic overview of low-voltage grid-connected storage batteries and VPPs 2. Structure of equipment and business for low-voltage grid-connected storage batteries 3. How storage batteries and VPPs generate revenue 4. Overview of VPP and aggregation business 5. Case studies of storage batteries and VPPs overseas 6. Challenges of commercialization, entry methods, and future outlook 7. Q&A / Business card exchange