Steam coal, also known as thermal coal.
The most common coal trade product. D,G,T types of coal brands are mainly consumeds in Thermal Plants, Cement Factories and Chemical factories in various industries.
Petcoke is a high-energy, carbon-rich fuel produced during the final stage of oil refining. In the cement industry, it is widely valued for its efficiency and competitive cost. Many cement plants worldwide choose petcoke as their primary fuel, while others use it alongside steam coal depending on their machinery configuration and global price trends.
Clinker is the essential raw material for producing cement, created by heating limestone and other minerals at high temperatures in a kiln. It is in strong demand by cement terminals across the USA and Latin America, with Turkey, Egypt, and Algeria being the main exporters in the Mediterranean region.
(GBFS) is a high-quality supplementary cementitious material produced by quenching molten blast furnace slag, then drying and grinding it into a fine powder. Used as an additive in cement.
GBFS enhances strength, durability, and resistance to harsh environments, while reducing the heat of hydration and lowering the overall carbon footprint of concrete production.
Cement is the vital binding agent in construction, produced by grinding clinker with gypsum to create a fine powder. It is the foundation of infrastructure, housing, and industrial projects worldwide. With growing demand across the USA and Latin America, cement remains one of the most traded building materials, supported by a strong supply chain from key producing countries.
Calcined clay is a sustainable supplementary cementitious material produced by heating kaolinite-rich clay at controlled temperatures to create reactive metakaolin. Used as a clinker substitute in cement, it enhances durability, improves resistance to aggressive environments, and significantly reduces CO₂ emissions. calcined clay is an im
Calcined clay is a sustainable supplementary cementitious material produced by heating kaolinite-rich clay at controlled temperatures to create reactive metakaolin. Used as a clinker substitute in cement, it enhances durability, improves resistance to aggressive environments, and significantly reduces CO₂ emissions. calcined clay is an important component in the drive toward greener cement production.
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