TOMOEGAWA CORPORATION List of Products and Services

iCas F-TR has unique characteristics to increase adhesion temporary by heating then to reduce adhesion strength by continuing heating. Therefore, even under high-temperature environments, the tape adheres firmly to the substrate and can be easily removed after the process has been completed without leaving any adhesive residue. In addition, since additional process such as heating or UV irradiation is not required when peeling off the tape, it is also possible to improve work efficiency. The tape is suitable for temporary fixing applications in manufacturing process of electronic parts, etc. [Features] - Capable to adhere to various materials at room temperature (Ex. copper, gold, alumina, silicon, etc). - Compatible with reflow process and dry/wet process such as plasma flux cleaning. - Able to be peeled off at room temperature after heat treatment process (thermal peeling is possible). - Possesses superior chemical resistance against various chemicals such as toluene, THF, IPA, etc. - Designed as PFAS-Free formulation. [Application] - Components carrier tape in the manufacturing process. - Temporary fixing to backside of substrates such as silicon, glass, alumina for FO-WLP. - Masking use under high temperature environment (plating, soldering, thermal spraying, etc.) - Preventing mold resin bleed of lead frame package.

• Other polymer materials
• Other consumables

The conventional liquid type adhesive has high adhesion strength and high heat resistance, however, its workability is an issue in comparison with adhesive tape. TOMOEGAWA's adhesive film contributes to improving workability while maintaining high adhesive strength and heat resistance, by molding to sheet form with thermo-setting adhesive by our own developed process. Can be customized according to the customer's request (adhesive strength, adhesive thickness, curing condition, etc.) Example: Short time curing type (At 180°C for 6 minutes, a peel strength of 10N/cm is achieved for aluminum and stainless steel.） [Features] - Available in thin films (Min.5μm), contributing to low-profile and low thermal resistance of parts. *Please contact us for thickness of less than 5 μm. - Replacement from glue to the film contributing to reduce the use of solvent in manufacturing site - Sheet type provides eliminating the need for care against overflow and coating amount control, which are required for liquid type adhesive. - Can be stored at room temperature [Application] - Passive parts (chip resistor, etc.) - Automotive parts - Circuit substrate materials such as FPC and FFC - Various equipment parts and jigs

• Other polymer materials

[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

This lightweight and flexible sheet, made entirely of copper fibers, combines copper’s excellent electrical and thermal conductivity with the porosity and flexibility of paper. We offer functional sheets for high-current electronic devices that enable thinner profiles, lighter weight, and greater design flexibility. [Features] 1. Effective thermal management through excellent heat dissipation - High specific surface area due to porous structure (10 times bulk ratio at same thickness) - Excellent air permeability - Thermal conductivity of copper material (20 times higher than stainless steel) 2.High electrical conductivity same level as copper bulk - High electrical conductivity (50 times higher than Stainless Fiber Sheet) (370 times higher than carbon fiber) 3. Flexibility like paper - Absorbs thermal dimensional changes at joints with dissimilar materials, enabled by its porous structure - Capable of folding, bending, and conforming to uneven surfaces - Suitable for use in movable and vibrating components 4. Space-saving and lightweight design - Controlled porous structure (adjustable porosity) - Uniform porous structure at thicknesses below 100 μm - Approximately one-third the weight of bulk (foil) for the same volume 5. Shape processing and rust/oxidation prevention treatment - Easy workability with scissors - Shape processing such as bending and forming - Various coating surface treatment

• Non-ferrous metals
• Other metal materials

A sheet made entirely of stainless steel fibers, produced using advanced papermaking technology. We offer functional sheets that combine stainless steel’s heat resistance and electromagnetic shielding with the flexibility and processability of paper. [Features] 1. Heat resistance, corrosion resistance, and chemical resistance Superior heat and chemical resistance of stainless steel for harsh environments such as automotive and outdoor applications 2. Electrical resistance control - Electrical resistance controlled through basis weight and thickness adjustment - Sheet heater functionality through conductivity - Uniform surface heating capability 3. Electromagnetic shielding Lightweight, thin, and flexible electromagnetic shielding material leveraging stainless steel properties 4. Flexibility like paper Durable sheet maintaining performance in bent configurations 5. Customized shape processing - Easy workability with scissors - Shape processing such as bending and forming - Various coating surface treatment

• stainless
• Other metal materials
• Non-ferrous metals

[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

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

- Our solution has earned long-standing trust in high-reliability automotive applications - Provides a uniform surface with low haze and no irregularities - Transmittance and film thickness can be customized to meet your specific requirements - Additional functionalities such as UV blocking are also available [Application] Automotive displays, smart home appliances, and more

• Other FPD related
• LCD display
• Organic EL

This is a thermal adhesive film developed with our own high-insulation adhesive applied to a Polyimide Film. Featuring high electrical insulation and heat resistance, it ensures insulation even in environments where large currents and high voltages are present. It also offers excellent migration resistance and has a long track record of use in semiconductor applications. [Application] - Enables insulation between IC chips, and between lead frames and IC chips - Joins lead frames and heat sinks - Fixes and insulates electrical/electronic components, precision parts, devices, and jigs

• Other semiconductors
• Other polymer materials

“We would like to use functional powder with properties such as moisture absorption, deodorization, antibacterial effect, adsorption, and purification. However, handling the powders as is can be problematic.”​ Are you facing any of these issues? ​ Utilizing our papermaking technology, we convert functional powder such as resins, metals, and minerals into sheet form. [Features]​ 1. Maximizing the unique properties of powder​ At our company, we produce sheets by incorporating powder into fibers using a papermaking process. ​ Therefore, compared to the conventional method of coating powder with binder resins for coating, our process enables the properties of the powder to be maximized. ​ 2. High-density retention of powder within the sheet As a specialty paper for multiple industries manufacturer, we have refined our papermaking technology for over 100 years. ​ Leveraging the expertise developed during this time, we are able to hold powder within the fibers at a remarkably high density. ​ ​[Examples of powder Characteristic Utilization]​ ・ Moisture absorption​ ・ Adsorption of gases, etc.​ ・ Purification of water, soil, etc.​ ・ Deodorization and odor prevention​ ・ Antibacterial, antiviral, etc.

• Paper and pulp

"The convenience of plastic and the eco-friendliness of biomass" - GREEN CHIP CMF is a biomass compound resin contains wood-derived cellulose fiber, contributing to sustainability - Our GREEN CHIP CMF contains 55% wood-derived cellulose fiber, significantly reducing the use of petroleum-derived plastics - When using GREEN CHIP CMF, which contains 55% cellulose fiber, the amount of total CO2 emissions, from manufacturing to incineration, can potentially be reduced by approximately 20%*1 compared to petroleum-derived resins. *1: By our own calculations based on the Ministry of the Environment's "Guidelines for the Utilization and Application of Cellulose Nanofiber Towards the Decarbonization and Achievement of a Circular Economy" - GREEN CHIP CMF has obtained the Biomass Mark in Japan and TUV AUSTRIA OK biobased certification in Europe - No need to replace currently used molds. Moldability is the same level as conventional resin. - Tensile strength, flexural strength, flexural modulus and heat resistance (load deflection temperature) are improved compared with unreinforced polypropylene resin (PP resin), so it is possible to make molded products thinner - Recyclable: Materials with low attenuation (damping) rate of properties compared to glass fiber compounds - Cellulose fibers can be blended with resins other than polypropylene resin

• Composite Materials

"We want to simplify the production process for Cards and tags with embedded IC chips."​ Do you have any such concerns? ​ Conversion sheets are made by blending pulp fibers with resin fiber. ​ Due to the use of pulp fibers, these products are highly cushioned and exhibit excellent ability to fill in uneven surfaces. ​ Therefore, when electronic components (such as IC chips) are sandwiched and laminated with heat, it is easy to create planar shapes. ​ [Other Features]​ Temperature processing from 80 ℃ is possible ​ Before heating, the material is flexible and can be easily processed like paper. ​ When heat is applied, it exhibits property changes similar to plastic sheets while maintaining water and heat resistance. ​ With a pulp fiber content of over 51%, it contributes to plastic reduction. [Application]​ - IC cards​ - IC Tag​ - Reduces environmental impact as a substitute for plastic products, etc.

• Paper and pulp products

This product can be used in various locations within the manufacturing site!​ - Labels for materials stored indoors or outdoors​ - Specification cards for products stored under refrigerated or frozen conditions​ - Work instructions for indoor and outdoor operations​ - Notices in cleanroom ante-chambers etc. [Features]​ - Both sides have a mirror-like gloss, allowing for beautiful reproduction of photos and images. ​ - Compared to standard copy paper, paper dust generation is reduced by 97%. ​ - Since the paper itself has been specially processed, it can be freely cut with a scissor or a cutter, and holes can be punched while retaining its properties.

• Paper and pulp products

Features 1 : Increased cooling efficiency by high-specific surface area Features 2 : Expected weight reducing and downsizing, Increased design flexibility Features 3 : Available various metallic materials

• Other metal materials
• Other electronic parts

[Features] - Planar heater that use Stainless Fiber Sheet - Efficient heat transfer because of close-fitting of heater and object to be heated due to high flexibility - Able to fit closely to complex shape such as piping, and is able to be wrapped around the object to be heated - Quick heating and cooling due to the porous structure - Uniform heat generation due to unique metal fiber sheet [Application] - Various equipment - Devices that use heater (curve surfaces, narrow region) etc. This product is designed and customized optimally to meet client's requirements. Please share your requirements with us.

• stainless

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

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.​ (Sheet thickness: 0.5–6 mm. For other sizes, please inquire. Sheet width: up to 1,260 mm)​ ​- 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
• Heat exchanger
• Fine Ceramics

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.​ (Sheet thickness: 0.5–6 mm. For other sizes, please inquire. Sheet width: up to 1,260 mm)​ ​*For physical property technical data, please refer to the detailed information.​ ​ - For detailed technical data, please refer to the additional information provided.​ - Sheet thickness: 1–6 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. ​​

• Ceramics
• Heating device
• Heat exchanger

Features 1: Excellent heat resistance​ - Primarily composed of rock wool, offering heat resistance up to 1000°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.​ 　(Sheet thickness: 0.5–6 mm. For other sizes, please inquire. Sheet width: up to 1,260 mm)​ ​*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.​

• Ceramics
• Heating device
• Heat exchanger

Features 1: Achieves anisotropic light diffusion Features 2: Viewing angle can be adjusted in desired direction Features 3: By using this LCA film for reflective panels, it is possible to adjust reflected luminance in any desired direction

• Other FPD related

[Features 1] Water resistance without laminating​ ECOCRYSTAL maintains excellent water resistance and shape stability by sandwiching the paper between PET films.​ Without laminating, ECOCRYSTAL can be used safely in harsh environments such as outdoors, around water, or in freezer.​ ​[Features 2] Workability only with paper​ Since the paper itself has been specially processed, it can be freely cut with a scissor or a cutter, and holes can be punched.​ ECOCRYSTAL is both sides completely glossy and pictures can be printed out brilliantly. It makes POP design more easy and convenient.​ [Specifications]​ - Paper thickness (μm): 205​ - Basis weight (g/m2): 230​ For further details, please refer to our catalog or feel free to contact us.​

• Paper and pulp products