Superior Graphite

Superior Graphite utilizes several advanced technologies to develop or influence the physical and chemical properties of a wide variety of graphite and carbonaceous materials. supgraphite.com/3ubuq5L

Graphite is one of the most interesting elements found on the earth. It is found naturally in its mineral form as well as produced in synthetic processes. The earliest use of graphite dates back to primitive man, who used it to draw on cave walls. supgraphite.com/3kzcf7C

We offer access to papers, publications, and presentations we feel you will find of value. For your convenience, we have arranged the Library according to major markets. supgraphite.com/3xUAD7q

In our quest for innovative solutions, we maintain two R&D facilities. Each facility, located at a specific manufacturing site, is designed to support our various processing technologies and to develop new products and processes. supgraphite.com/3eAS4lY

On-going research is dedicated to extending our current technologies and product portfolio to serve the need for innovation on the materials side. supgraphite.com/3rkG7G8

Superior Graphite is committed to continuously developing new technologies, processes and products to support the technical needs and requirements of current, and emerging new markets. supgraphite.com/3krhFBr

Desulco® carbon raiser provides the greatest nucleating effect, which increases nodule count, improves nodularity, reduces undercooling and chill for improved mechanical properties.

Since 1917, Superior Graphite has been committed to enhancing our ability to adapt to ever-changing business and economic conditions, placing us in a position of continuous growth and evolution with our customers. supgraphite.com/3dTJRZJ

Superior Graphite’s unique Electro-Thermal Treatment/PurificationTechnology for the high-temperature treatment of carbonaceous materials is based on a resistant-heated fluidized bed, which is used to synthesize carbidic materials of various compositions. supgraphite.com/3s7ykLa

To ensure the carbonaceous material is of suitable quality, Superior Graphite developed FormulaPT products, including NXG grades, which provide extremely high purity with very low levels of unwanted elemental constituents. supgraphite.com/3qHEH6T

Beta SiC is also used as an additive to toner for increased flowability and internal printer cleaning, and as an additive to nickel, chrome, aluminum, and other materials for strength. supgraphite.com/2XxtdW9

The Signature™ family of graphites and carbon materials, in powder and granular form, includes amorphous graphite, crystalline flake and vein graphites, synthetic (artificial) graphite, along with calcined petroleum cokes. supgraphite.com/37rYmRl

FormulaPT™ are carbon and graphitic powders, specifically developed by Superior Graphite for the Polymer market in need of a polymer additive. supgraphite.com/2NFbHhY

In the FormulaFX™ friction product line, Superior Graphite offers purified flake and synthetic grades. supgraphite.com/3pyDkqz

FormulaBT™products are used in a variety of energy and thermal management applications such as graphite in batteries (Advanced Lead-acid/Lead-carbon Batteries, Li-ion Batteries, Alkaline Batteries), Fuel Cells, and Thermal Management. supgraphite.com/2sjZaX1

Desulco: for the shortest path between your requirements for a carbon raiser and a viable, commercial recarburizer solution supgraphite.com/3pyGM4q

With over 100 years of experience - manufacturers trust Superior Graphite's commitment to quality and advancements in technology. supgraphite.com/3p3sVEr

Fuel cells are used for primary & backup power for commercial, industrial & residential buildings and in remote or inaccessible areas. They are also used to power fuel cell vehicles, including forklifts, automobiles, buses, boats, motorcycles & submarines. supgraphite.com/3bKW4Q1

The high level of purity and engineered porosity and surface area of Desulco® ensures rapid in-specification carburation rates, which helps avoid reprocessing of steel and minimizes slag foaming. supgraphite.com/3teCTnu

Known for their extreme hardness, low specific gravity, and elevated temperature performance, high purity silicon carbide and boron carbide powders are used for ballistic armor, abrasives, composites, brake linings, heating elements, nozzles and igniters. supgraphite.com/3bDS3wq