At a glance
| Booth | L0924 |
| Country | TW |
| Website | amazing-cool.com |
Company profile
AMAZING COOL TECHNOLOGY CORPORATION. is committed to research and development of graphene-modified materials and uses a unique graphene pre-dispersion technology intended to introduce graphene rapidly into a variety of applications. The company describes graphene as a material 200 times stronger than steel, with the highest thermal conductivity and the lowest electrical resistance, and notes that the 2010 Nobel Prize in Physics accelerated graphene-related research activity. AMAZING COOL TECHNOLOGY CORPORATION. specializes in mass production of Graphene-Metal hybrids, making scalable graphene-metal material production a stated part of its manufacturing capability. Under the ACOOL brand, the company is described as a Taiwan materials-technology business focused on graphene-modified copper and on a process that creates covalent and metallic bonding between graphene and copper. The company states that its graphene copper can be mass produced, and its official timeline describes the establishment of a Taiwan factory for mass production of ACOOL COPPER. Later development work identified in the same company history includes sputtering improvement for conductivity and EMI shielding, extending the graphene-copper program toward semiconductor and electromagnetic-management applications.
Exhibits
ACOOL core materials identify graphene with thermal conductivity of 5300 W/m·K, nano carbon with thermal-radiation efficiency greater than 0.96, and diamond powder with thermal conductivity of 2320 W/m·K. Amazing Instant Graphene is identified as AIG Graphene, placing a named graphene material within the company's core-material portfolio. ACOOL COPPER is presented as providing a 60% increase in thermal conductivity, and the wider product description identifies ACOOL COPPER grades including ALC, AMC, and AHC. ACOOL Copper targets are primarily used for sputtering processes in semiconductors, directly connecting the company's graphene-metal and copper work with semiconductor thin-film processing. The published ACOOL product scope also includes AUC or AUS materials positioned as substitutes for silver contacts. Modified plastic and graphene film for speakers or earphones are listed among application products, with the graphene film described as having been adopted by a world first-class large factory. For thermal-management structures, Neptune transfers heat from the heat source through a conduction layer and heat sink before radiating it from a radiation layer. Bifrost transfers heat through a conduction layer and then radiates it from a radiation layer, while Elijah rapidly diffuses heat through a graphite conducting layer before releasing it through a heat-radiating layer. The company also identifies BIFROST and JOTUNN as product series and presents their differences from traditional graphite sheets as part of its graphene application information.
Capabilities and products
- mass production of graphene-metal hybrids
- copper targets for semiconductor sputtering
- graphene pre-dispersion technology
- graphene film for speakers and earphones