Global Graphene Group

Materials

Thermal Foil Sheets increase electronics deign flexibility.

Intended for use beneath screens in such applications as tablets, laptops, and flat screen TVs, thermal foil productsÂ- conduct heat away from internal electronic components and batteries to help maximize performance. Thicknesses from 5–40 µm with thermal conductivity ratings from 800–1,700 W/m-K increase design flexibility for manufacturers. Also suitable for EMI shielding,...

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Materials

Grafen Chemical Industries Co. Selects Angstron Materials Graphene for Polymer Nanocomposite EMI Application

DAYTON, Ohio — Grafen Chemical Industries Co. has selected Angstron Materials' graphene material for a polymer nanocomposite application for electromagnetic shielding material. The Ankara, Turkey-based company is using both pristine and oxidized graphene products from Angstron to commercialize its EMI product for full-scale production. Grafen Chemical Industries (GCI) is a leader in the...

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Materials

Angstron Materials to Deliver Technical Presentation at Third Korea Graphene Industry Workshop

DAYTON, Ohio - Angstron Materials Inc., will demonstrate the capability of its nano graphene platelets for commercial applications of graphene-based material at the 3rd Korea Graphene Industry Workshop on Nov. 6, 2012 at Johnson Hall, Korea Institute of Science and Technology in Seoul. Dr. Bor Jang, co-owner of Angstron and holder of 42 graphene-based IP publications, will present Industrial...

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Services

Angstron Materials to Exhibit, Deliver Technical Presentation at Nano Korea 2012

DAYTON, Ohio - Angstron Materials Inc., will demonstrate its capability to produce ultra-thin graphene along with its technology advances for applications in graphene-based thermal dissipation sheets, nano-composites and other uses. Visitors can talk with Angstron representatives as well as its exclusive distributor for Korea, Digichem Corporation, at booth G27. Nano Korea 2012, to be held August...

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Electronic Components & Devices

Graphene-Based Supercapacitors offer ultra-high energy density.

Made using curved graphene sheets that resist restacking, electrical double layer Graphene-Based Supercapacitors achieve specific energy density of nearly 90 Whr/kg at room temperature and 136 Whr/kg at 80°C. Single layer graphene exhibits electrical conductivity up to ~20,000 S/cm and specific surface area up to 2,675 mÂ-²/g. When paired with fuel cells or batteries in electric...

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Materials

Nano Graphene Platelets exhibit optimal thinness, strength.

Available in 0.5% water or solvent dispersion for processing flexibility, single-layer graphene oxide measures 0.34-1.0 nm thick and is nearly transparent at visible light wave. It can be used to improve thermal, electrical, and mechanical properties of polymers and composites. Material also enhances energy and power density in batteries and supercapacitors. Average X/Y dimensions based on light...

Read More »
Nanomaterial offers alternative to nanotubes.

Nanomaterial offers alternative to nanotubes.

Offered in thicknesses from 0.34-100 nm and widths of 0.5-20 microns, carbon-based Nano-Graphene Platelet material demonstrates electrical conductivity similar to copper and high thermal conductivity. Product comes in several forms, including raw materials and solutions, and maintains uniform dispersion without degrading viscosity. It is suited for aerospace, automotive, energy, marine,...

Read More »
Materials

Thermal Foil Sheets increase electronics deign flexibility.

Intended for use beneath screens in such applications as tablets, laptops, and flat screen TVs, thermal foil productsÂ- conduct heat away from internal electronic components and batteries to help maximize performance. Thicknesses from 5–40 µm with thermal conductivity ratings from 800–1,700 W/m-K increase design flexibility for manufacturers. Also suitable for EMI shielding,...

Read More »
Materials

Grafen Chemical Industries Co. Selects Angstron Materials Graphene for Polymer Nanocomposite EMI Application

DAYTON, Ohio — Grafen Chemical Industries Co. has selected Angstron Materials' graphene material for a polymer nanocomposite application for electromagnetic shielding material. The Ankara, Turkey-based company is using both pristine and oxidized graphene products from Angstron to commercialize its EMI product for full-scale production. Grafen Chemical Industries (GCI) is a leader in the...

Read More »
Materials

Angstron Materials to Deliver Technical Presentation at Third Korea Graphene Industry Workshop

DAYTON, Ohio - Angstron Materials Inc., will demonstrate the capability of its nano graphene platelets for commercial applications of graphene-based material at the 3rd Korea Graphene Industry Workshop on Nov. 6, 2012 at Johnson Hall, Korea Institute of Science and Technology in Seoul. Dr. Bor Jang, co-owner of Angstron and holder of 42 graphene-based IP publications, will present Industrial...

Read More »
Services

Angstron Materials to Exhibit, Deliver Technical Presentation at Nano Korea 2012

DAYTON, Ohio - Angstron Materials Inc., will demonstrate its capability to produce ultra-thin graphene along with its technology advances for applications in graphene-based thermal dissipation sheets, nano-composites and other uses. Visitors can talk with Angstron representatives as well as its exclusive distributor for Korea, Digichem Corporation, at booth G27. Nano Korea 2012, to be held August...

Read More »
Electronic Components & Devices

Graphene-Based Supercapacitors offer ultra-high energy density.

Made using curved graphene sheets that resist restacking, electrical double layer Graphene-Based Supercapacitors achieve specific energy density of nearly 90 Whr/kg at room temperature and 136 Whr/kg at 80°C. Single layer graphene exhibits electrical conductivity up to ~20,000 S/cm and specific surface area up to 2,675 mÂ-²/g. When paired with fuel cells or batteries in electric...

Read More »
Materials

Nano Graphene Platelets exhibit optimal thinness, strength.

Available in 0.5% water or solvent dispersion for processing flexibility, single-layer graphene oxide measures 0.34-1.0 nm thick and is nearly transparent at visible light wave. It can be used to improve thermal, electrical, and mechanical properties of polymers and composites. Material also enhances energy and power density in batteries and supercapacitors. Average X/Y dimensions based on light...

Read More »
Nanomaterial offers alternative to nanotubes.

Nanomaterial offers alternative to nanotubes.

Offered in thicknesses from 0.34-100 nm and widths of 0.5-20 microns, carbon-based Nano-Graphene Platelet material demonstrates electrical conductivity similar to copper and high thermal conductivity. Product comes in several forms, including raw materials and solutions, and maintains uniform dispersion without degrading viscosity. It is suited for aerospace, automotive, energy, marine,...

Read More »

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