The purpose of this document is to establish a standard method to calculate the thermal conductivity of a graphite foil from the measured bulk density, specific heat capacity, and thermal diffusivity of a specimen. The document will provide a procedure to measure each property in the calculation. […]Learn More
GrafGuard® expandable graphite flakes are an additive that greatly enhances intumescent fire protection when used in steel coatings, especially when combined with other fire-retardant additives. A new white paper from NeoGraf Solutions, “GrafGuard® Expandable Graphite-Centered Coatings: Protecting Steel with Enhanced Fire Retardancy,” discusses how the use of GrafGuard graphite flake centered multi-additive approach enables high-performance fire protection with thinner, lighter coatings, delivering critical improvements in safety and structural fire integrity over traditional single-additive systems. [...]Learn More
Showcasing the latest innovations for battery and electrical vehicle [...]Learn More
The largest show and conference for technical foam products [...]Learn More
Showcasing the latest innovations for battery and electrical vehicle [...]Learn More
Leading Graphite Innovation with Environmental Responsibility [...]Learn More
SpreaderShield™ flexible graphite heat spreaders provide lightweight, reliable thermal management for space and aerospace, efficiently dissipating heat from high-power electronics and protecting sensitive components from temperature extremes in orbit or flight. […]Learn More
NeoNxGen® thermal management materials deliver exceptional thermal performance for space and satellite applications, where extreme conditions and reliability are critical. With high in-plane conductivity and low mass, NeoNxGen materials are ideal for lightweight spacecraft that demand high thermal efficiency. […]Learn More
HiTherm™ thermal interface materials for targeted for space and aerospace applications where long life, reworkability, no outgassing, and the ability to work at temperature extremes are important […]Learn More
Next-generation electric vehicles (EV), electric airplanes (ePlane), and marine battery systems require rapid charging, high energy density, safety, and long lifespans. For this, they need thermal-management materials that are thin, lightweight, and durable. These materials must not only cool the cells during harsh charging and operating conditions but also prevent propagation in case of a cell failure. SpreaderShield® flexible graphite is used as cooling fins between the cells of a pack or module. It directly replaces bulky, heavy aluminum fins in these lithium-ion battery packs, where being lightweight, compact, and safe is essential.Learn More
