Gilsonite is a natural hydrocarbon that is found in underground mines and is used in many industries. This substance is what is added to many products to modify the total performance. The main usage of Gilsonite is in road construction and maintenance. When added to asphalt, Gilsonite can improve the stability of the road pavement, which results in more extended road durability over time, especially on high traffic roads and routes in adverse conditions such as high temperature and heavy rainfalls. Another usage of Gilsonite is in the paint and ink industry. Also, as an additive to the paint or ink formulation, Gilsonite adds a deeper color and better color transfer when used in the publication. The result will be darker black color and a softer texture that again has no effect other than quality improvement. Gilsonite can be included in the enhancing materials category because adding Gilsonite to relevant industries has no result other than improvement in the product’s performance. This substance is also environment friendly and is proven to have no adverse effects on the ecosystem, and it’s totally eco-friendly.
Is Gilsonite Radioactive
Gilsonite is an unbelievably helpful substance and can be used in many industries. Hence, it is necessary to know the percussions such as flammability, radioactive behaviors, and other important notes about its application. As the study shows, Gilsonite itself does not have any radioactive properties and is not included in any radioactive categories. It’s vastly found underground in vertical veins and has coal-like features, but the chemical ingredients are totally different. 
Radioactive properties and behaviors have never been seen in Gilsonite. However, it may have a chemical reaction near radioactive substances, and also because of the flammability, Gilsonite’s adjacency to radioactive may cause explosion or other probable adversities. Gilsonite is widely used to enhance the performance of many materials such as asphalt, paint, and ink. Gilsonite can also be used in more delicate industries like cosmetics with lower ash content. The chemical features of Gilsonite have given it a wide range of applications, and it appears to have an excellent performance in every field which is used. It is non-toxic and has no negative effects on the environment or the products. Research has shown that Gilsonite can be used safely without any fear of its adversity and dangers.
Is Gilsonite a Mineral
Minerals are natural substances that are naturally found in nature, usually in underground mines, and Gilsonite is no exception. By definition, minerals naturally occur in nature and have their own physical, chemical, and organic properties. They are generally in the form of solid and have a specific atomic order and arrangement. By this general definition, Gilsonite too can be categorized as a mineral. It is naturally occurring, found in underground mines, and has unique chemical and physical properties. Gilsonite or natural bitumen is formed from sediment of minerals that existed in bitumen rocks for millions of years. This substance results from crude oil, which is destroyed due to high microbial procedures and is rich in hydrocarbon, hydrogen, sulfur, and nitrogen. Crude oil, also known as petroleum, is also a naturally occurring substance that is in the form of liquid and is the base of many other substances and products. Because of the mutual base of Gilsonite and petroleum, they can form a great combination in many industries and products. This joint base also helps the Gilsonite to be easily mixed and combined with other substances, giving them better performance and enhancing their usage. For instance, adding Gilsonite to hot asphalt mix gives it much longer durability and improves its overall performance. 
Where Is Gilsonite Found
Gilsonite or natural bitumen is typically found in ore deposits such as tar and oil sands. It can also be found in heavy water lakes. As Gilsonite is a compressed hydrocarbon based on oil, it is natural to find it in underground sources. Gilsonite is seen in parallel vertical veins with different widths from two to six feet, but it may also be seen in more extended and broader widths. They can be extended to many kilometers and get wider as they go deeper into the earth. Because of the particular form of Gilsonite mines, it was common to mine it by hand but nowadays, modern, and new mining tools and equipment are used for Gilsonite extraction. The Gilsonite mines were initially found in the United States of America in the 19th century, but it hasn’t had any particular usage at that time as the people weren’t aware of its properties, but it became popular and handy until the first group of civilized people entered the continent. Samuel H. Gilson was the man who first discovered that a shiny black stone was being traded in the local market and took a sample back to the Colombia school of mines to perform examinations and finally could prove that this mineral consists of 95% hydrocarbon and can be utilized in many industries.
How Is Gilsonite Formed
Gilsonite is formed as the result of crude oil’s emersion from petroleum reservoir to the earth’s surface. The crude oil which is trapped in the reservoir is constantly under pressure and is looking for any vent to emerge and get out, therefore; it will outflow from any gap, fracture, or rift that is in the reservoir rock. It will gradually solidify and turn to asphalt and eventually harden enough to be shaped as natural bitumen rock. Natural bitumen or Gilsonite is a brittle and shiny rock. It has a black color and is quickly shattered, resulting in a dark brown powder. 
This substance is the same as coal and tar in physical and chemical properties. Still, the main difference with coal is that it can be powdered and melted before combustion and is different in the molecule arrangement and softness from tar. Although Gilsonite has almost the same chemical properties as asphalt, it has significant differences. A higher softening point compared to asphalt turns Gilsonite into a unique substance. The kind of Gilsonite provided by this company can be efficiently used for relevant fields, especially road construction and hot asphalt mixes, as it has the highest quality in the market, it can ultimately guarantee a top-quality product.