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Heat/Electtric
Transfer- "Graphene, with its exceptionally high electron mobility, enables rapid heat and electricity transfer horizontally within a system."
- "With the trend towards miniaturization in IT/MOBILE, the demand for thermal management technologies in designs, components, and materials is increasing across various industries, including micro LEDs, flexible displays, and non-memory semiconductors."
- "Graphene's superior horizontal thermal dissipation properties can be applied in various ways to meet customer needs in markets like those mentioned above, as well as in interior and exterior materials for vehicles and construction, and functional coating materials."
- "BESTGRAPHENE is already developing graphene-based thermal paste for displays through government-funded research and development projects."
- "Graphene, with its exceptionally high electron mobility, enables rapid heat and electricity transfer horizontally within a system."
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Conductive ink and Paste
- "Graphene's exceptional electron mobility enables rapid horizontal transfer of heat and electricity within a system."
- "The demand for thermal management technologies in designs, components, and materials is increasing across various industries, including miniaturized IT/MOBILE, micro LEDs, flexible displays, and non-memory semiconductors."
- "Graphene's superior horizontal thermal dissipation properties can be applied in diverse ways to meet customer needs in these markets, as well as in interior and exterior materials for vehicles and construction, and functional coatings."
- "BESTGRAPHENE is currently developing graphene-based thermal paste for displays through government-funded research and development projects."
- "Graphene's exceptional electron mobility enables rapid horizontal transfer of heat and electricity within a system."
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Conductive ink and Paste
- "We offer graphene ink specifically designed for anti-static applications."
- "Graphene's incredibly high electron mobility allows for rapid horizontal transfer of static electricity within a system, effectively reducing it."
- "We maximize anti-static effects by utilizing graphene and graphene-containing ink or sol-type coating solutions."
- "UCMG can be coated very thinly (sub-micron level) on substrates without a binder, providing anti-static performance."
- "For applications requiring strong adhesion regardless of thickness, binder-containing ink-type products (BGI) are also available."
- "We offer graphene ink specifically designed for anti-static applications."

