Products

Superior Graphite 5590 is a purified synthetic graphite manufactured using Superior Graphite’s proprietary electro-thermal purification technology. This continuous high-temperature process exposes the raw materials to extremely high temperatures, so that impurities including inorganic contaminants are evaporated. Superior Graphite 5590 is an ultrafine grade within this product line produced using Superior Graphite’s dedicated milling and screening technology. Main uses are wear reduction and increase in thermal conductivity for high demanding applications.

Superior Graphite 5935 is a synthetic graphite product made from narrow-sized virgin electrodes using Superior Graphite’s dedicated milling and screening technology. Main uses are stabilization of coeffi cient of friction, wear reduction, and increase in thermal conductivity.

Superior Graphite 2922 is a purified flake product manufactured using Superior Graphite’s proprietary electro-thermal purification technology. This continuous high-temperature process exposes the flake graphite to extremely high temperatures so that impurities, including inorganic contaminants, are sublimed. Superior Graphite 2922 is the medium-coarse size grade of the 'Thermally Purified Flake' product line produced using Superior Graphite’s dedicated milling and screening technology. Main uses are increase in thermal and electrical conductivity, coefficient of friction reduction, and low gas diffusion property enhancement in high demanding applications.

Superior Graphite 7005926 is a typical synthetic graphite product made from narrow-sized virgin electrodes using Superior Graphite’s dedicated milling and screening technology. Main uses are stabilization of coefficient of friction, wear reduction, and increase in thermal conductivity.

Superior Graphite LBG8004 is a purified flake product manufactured using Superior Graphite’s proprietary electro-thermal purification technology. This continuous high-temperature process exposes the flake graphite to extremely high temperatures so that impurities, including inorganic contaminants, are sublimed. Superior Graphite LBG8004 is the ultra fine size grade of the ‘Thermally Purified Flake’ product line produced using Superior Graphite’s dedicated milling and screening technology.

Superior Graphite 5526 is a purified synthetic graphite manufactured using Superior Graphite’s proprietary electro-thermal purification technology. This continuous high-temperature process exposes the raw materials to extremely high temperatures, so that impurities, including inorganic contaminants, are sublimed. Superior Graphite 5526 is a very fine grade within this product line produced using Superior Graphite’s dedicated milling and screening technology. Main uses are wear reduction and increase in thermal and electrical conductivity for high demanding applications.

RGC™ 39T is a partially graphitized carbon product manufactured using Superior Graphite’s proprietary electro-thermal purifi cation technology. RGC™ 39T higher porosity plays a major role in important properties, such as resiliency, sound dampening, wear rate and friction reduction, heat dissipation, shock wave mitigation and others. Best suited applications are tribology and thermal conductivity in both thermosets and thermoplastics. Porous structure also provides better compatibility with polymeric chains during compounding. RGC™ 39T specific sizing process makes its non-fluffy even at a very fine size range, which makes it a suitable candidate for polymeric coatings.

Superior Graphite 7002922 is a purified flake product manufactured using Superior Graphite’s proprietary electro-thermal purification technology. This continuous high-temperature process exposes the flake graphite to extremely high temperatures so that impurities, including inorganic contaminants, are sublimed. 7002922 Purified Natural Graphite is the medium-coarse size grade of the 'Thermally Purified Flake' product line produced using Superior Graphite’s dedicated milling and screening technology. Main uses are increase in thermal and electrical conductivity, coefficient of friction reduction, and low gas diffusion property enhancement in high demanding applications.