We are the world leaders in taking graphite material science applications to new horizons.
NeoGraf is the world leader in graphite material science – and we have been for over a century. It’s why engineers and material scientists around the world continue to rely on NeoGraf – we’re the key ingredient that makes the future possible. It’s our people, our dedication to innovation and our unstoppable curiosity that makes the difference.
eGraf NeoNxGen is a high performance, thick graphite thermal management solution designed to be used in the most challenging applications. NeoNxGen is a reliable, easy to use, single layer solution eliminating the cost, complexity, and reliability concerns of multilayered solutions. NeoNxGen is designed to serve markets with demanding thermal challenges such as consumer electronics, transportation, energy storage, medical, and aerospace.
eGraf® SpreaderShield™ flexible graphite heat spreader materials are a unique line of products capable of cooling a hot component, protecting a temperature-sensitive component, reducing a thermal gradient, or preventing a surface hot spot. SpreaderShield flexible graphite is a thermal material ideal for a wide range of electronics applications, from the thinnest and lightest smartphones to high-power devices.
eGraf® HiTherm™ thermal interface materials (TIMs) are designed for long-life, mission-critical applications that have extreme heat cycles, require low contact resistance, and high thermal conductivity. HiTherm TIMs are thermal interface sheets made of flexible graphite specifically engineered for demanding solid-state lighting, computing, and power electronics applications.
Graf+® graphite powders can be added to a range of polymers to enhance thermal and electrical conductivity, reduce degradation to UV radiation, and increase insulation value in foams and boards. NeoGraf’s Graf+ natural and synthetic graphite powders and graphene nanoplatelets (GNP’s) are available in a range of particle sizes, BET surface areas, Scott densities, and purities depending on the end use application.
Graf-X Graphene Nanoplatelets (GNPs) can be added to a range of materials to increase mechanical strength, enhance thermal & electrical conductivity, and provide barrier properties. Graf-X graphene nanoplatelets are available in a range of lateral platelet dimensions, BET surface areas, and purities depending on the end use application. NeoGraf also provides Graf-X Graphene Precursors (GPs), specially designed graphite materials ready for further processing or conversion into graphene products.
NeoGraf Solutions, LLC offers a variety of masterbatches incorporating its Graf-X™ graphene nanoplatelets, Graf+® graphite powder, and GrafGuard® expandable graphite additives. Graphene, graphite, and expandable graphite additives can be added to polymers to boost their electrical, thermal, mechanical and fire-retardant properties. The use of masterbatches is favored by customers who prefer the convenience of handling pellets rather than powders in their manufacturing processes.
GrafGuard® expandable graphite flake is a non-halogenated fire retardant additive for materials that require improved fire-protection characteristics. It can be found in building materials and automotive applications to meet increasingly stringent fire safety codes. GrafGuard materials also improve the performance of fire-retardant additives such as phosphates, magnesium hydroxide and nitrogen compounds.
GraFoil® material was first introduced in 1967 as the original flexible graphite technology. This graphite foil was quickly utilized as the first fluid sealing material made exclusively from pure, natural graphite flake. Its resistance to heat, fire, corrosion, and aggressive chemicals makes it the most universally applicable sealing solution in the market today.
NeoGraf has been designing flexible graphite for the Proton Exchange Membrane Fuel Cells (PEMFC) since the 1990’s. Our GrafCell materials portfolio represents 20+ years of optimized bill of material and processing parameters to provide the most reliable flexible graphite for conversion into Flow Field Plates (FFPs). These materials have been successfully used in high power density applications such as mass transportation, fleet service vehicles, and material handling equipment.Learn More
NeoGraf Solutions offers jet milling services to satisfy your pilot and production scale particle size reduction needs over a broad range of carbon and graphite-based materials. Custom milling and contract manufacturing is available upon request including tightly controlled graphitization to 2000+ degrees C. NeoGraf’s value-added capabilities include access to carbon and graphite material scientists, as well as full characterization and material testing.
Our customers rely on NeoGraf to take their products from inception, through development and across the finish line. Whether it’s making a smartphone even lighter than ever imagined or ensuring utility poles will resist wild fires, NeoGraf is writing the playbook for the future of innovation and thermal management solutions.
The graphite industry is growing at lightning speed. And NeoGraf is innovating even faster. NeoGraf products are in your pocket, your briefcase, your neighborhood, your home. Some of the largest companies in the world trust NeoGraf to deliver technology at levels never seen before.
As our devices get smaller, our networks get faster, and our world becomes more interconnected, demand for the highest performing thermal interface materials is not only needed; it’s required. Flexible graphite, developed by NeoGraf, provides a material that is easy to install, has an unlimited lifetime, and is able to handle a wide variety of surfaces.
History & Innovations
NeoGraf has been the world leader in the industry for more than 140 years, developing the most comprehensive graphite solutions since 1881. Our products are the reason why some of today’s most technologically-advanced products are able to perform and work the way they do. Our depth of knowledge, training, understanding and discipline is unmatched in the market, and there’s no stopping where we can go from here.