Here we’re going to look at some of the machines we have available in our plant, what minerals they process and a brief look at how each machine operates.
Anthracite-bentonite is a hardy combination for the removal of contaminants from spills and waste streams
Foundry burn on is a name given to a wide variety of surface defects that are produced at high heat during the metal sand casting process. Carbonaceous materials in the mold, such as high-anthracite coal dust can prevent such defects from forming.
Bentonite is a form of clay that has found numerous uses over its thousands of years of use - but perhaps most notably in foundries from the 1900’s onwards, alongside powdered coal.
Porcelain, whose origin can be traced back to China, can be described as a ceramic material formed by heating various materials together. These materials, including Kaolin which is heated in a kiln to high range temperatures between 1200 and 1400ºC.
Hematite and magnetite are mostly known as sources of iron, but an array of use cases are found when they’re used in soils.
Without tundishes, production of cast metal products would be inefficient and more costly. Through the use of refractory-lined tundishes, the process of metal casting is greatly enhanced.
Hematite finds uses beyond the blast furnace: as an essential component in some modern drilling fluids for oil and gas drilling, the exploration industry highly values hematite for its performance characteristics, high purity and low cost.
Moving towards a more environmentally and economically responsible method of anthracite calcination has many features making it well suited to industrial use.
Leaf spot is a very common plant disease that even the most conscientious gardener is expected to see at least once in their vegetation.