Natural Bitumen – Gilsonite

High Performance and Efficient Additive

What is Natural Bitumen-Gilsonite

Gilsonite in fact is same Natural Bitumen that found in Uinta Basin of Northeastern Utah in U.S of America and American Gilsonite Company suppliers it for over 100 years.

Natural Bitumen is a natural resinous rock formed of different types of hydrocarbons with special characteristics and its major component is Carbon, while it contains several other elements including Nitrogen, Oxygen, Sulfur and some volatile matters. It also called Uintaite, Rock Asphalt, Asphaltite and Natural Asphalt.

It’s unique chemical and physical properties make Gilsonite a high-performance, multipurpose additive. The low oxygen content relative to nitrogen suggests that much of the nitrogen has basic functionality.

What is Gilsonite - Natural Asphalt

Gilsonite Applications

The unique properties of Gilsonite such as low specific gravity, particle-size distribution, impermeability, resistance to corrosive fluids, chemical inertness, and low water requirements result in a slurry having exceptional bridging properties, low slurry weight, slurries compatibility with other slurry additives, and relatively high compressive strength when compared to other slurries of the same weight.

  • Drilling Fluids

    Natural Bitumen is added to oil- and gas-well drilling mud to stabilize the borehole and decrease friction.
  • Cementing

    Gilsonite as a critical component for primary cementing operations in some of the world’s toughest drilling environmental.
  • Asphalt

    Natural Bitumen is currently sold all over the world as a road bitumen modifier in the form of a dry bulk solid granular powder.
  • Foundry

    Gilsonite as an additive in foundry sands to insure the quality of the molded part by improving mold release and the overall finish.
  • Ink & Paint

    Natural Bitumen resin, wet and disperse carbon black pigment in printer’s ink and bind pigment to the newsprint.
  • Chemical

    Gilsonite combines with other chemicals and materials that take advantage of its unique physical and chemical properties.