Angstron Materials

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Advanced Graphene Materials and Technology Solutions

MECHANICAL STRENGTH – ELECTRICAL CONDUCTIVITY – THERMAL CONDUCTIVITY

Angstron Materials Inc., the world’s largest producer of nano graphene platelets (NGPs) specializes in helping companies engineer graphene solutions with mechanical, electrical and conductive performance advantages. We have the expertise to partner with customers throughout the commercialization process from initial screening to market launch. We use our unique technical field experience and knowledge to help you:

  • Select the optimum materials
  • Functionalize NGPS, then introduce them into your manufacturing process
  • Create graphene-enabled products
  • More then 22,000 square feet of manufacturing space
  • State-of-the-art lab
  • Use manufacturing processes that reduce development costs and time to market

PATENTED TECHNOLOGY & PROCESSES HIGHLIGHTS

Angstron’s co-founder, Dr. Bor Jang, the inventor of NGPs began studying graphene in 2000 and has over 50 patents related to graphene production and applications including the first patent for single layer graphene in 2002 and the first patent on graphene reinforced metal, glass, carbon and ceramic-matrix composites and single layer graphene-reinforced polymer composites.

KEY PERFORMANCE ADVANTAGES

Angstron’s nano graphene solutions eliminate the viscosity and dispersion problems associated with processing advanced materials that use carbon nanotubes and fibers.
NGPs vs. Carbon Nanotubes

Other intrinsic properties include:

  • Highest thermal conductivity
  • Exceptional in-plane electrical conductivity
  • Fifty times stronger than steel
  • Ultra-high Young’s modulus
  • Highest intrinsic strength
  • High specific surface area
  • Low density

Why NGPs

CONTACT US TODAY!

Our mission is to become the largest cost effective producer of graphene in world and to provide graphene solutions across a variety of industries and applications. Call us to learn how we can help you harness the advantages of graphene technology.

NGPs Versus Carbon Nanotubes

Why NGPs

NGPs provide a wide range of performance characteristics including:

Conductivity

  • The highest thermal conductivity known today (up to ~ 5,300 W/(mK), five times that of copper, at a density that is four times lower
  • Exceptional in-plane electrical conductivity (up to ~ 20,000 S/cm)

Strength

  • Fifty times stronger than steel
  • Ultra-high Young’s modulus (approximately 1,000 GPa) and highest intrinsic strength (~ 130 GPa estimated)

Surface Area

  • High specific surface area (up to ~ 2,675 m2/g) twice that of CNTs

Density

  • Low density (2.25 g/cm3)

Dimensions

  • Available in a wide range of platelet lengths (typically 1-20 μm) and thicknesses (approximately 0.34 nm to 100 nm)
  • Single layer graphene as thin as 0.34 nm

Angstron Materials Exhibits At TechConnect World 2013

Angstron will feature graphene products and technology advances at TechConnect World 2013 May 12 – 15 at the Gaylord Convention Center, Washington, D.C.  Visit Angstron at Booth #319 and find out how we can help you solve problems and gain performance advantages. MORE >
See Angstron Materials featured in the 2013 March issue (#79) of JEC Composites Magazine on pages 104 to 105. To achieve repeatable results in product development, the quality of graphene is as important as the characteristics that make it so desirable. But according to Dr. Zhenning Yu, senior chemist for Angstron Materials Inc., not all graphene [...] MORE >
Printed Electronics World featured Angstron Materials in a March 11, 2013 article on cost-reductions for graphene, Angstron’s role as an IP leader, and how graphene is stacking up in the marketplace. Click here to read the full article. MORE >
Angstron Materials has received United States patent 8,114,373 for its next-step method that effectively exfoliates layered graphene and offers several key advantages.  The method is able to produce nano graphene platelets with a thickness thinner than 100nm and in many cases thinner than 10 nm or as thin as 0.34 nm to 1.02 nm.  This [...] MORE >

 

© 2013 Angstron Materials Inc