Calcined Anthracite Coal /Gca/Eca/Carburizer

Calcined anthracite refers to a smokeless fuel produced after processes such as pressurization and pyrolysis at high temperatures. It has a high calorific value, low ash and volatile matter, does not produce smoke and harmful gases during combustion, and can ensure environmental sanitation and human health.

In industrial production, calcined anthracite can provide the high-temperature heat energy required for many heating, drying, calcination and other processes, meeting the needs of many industrial productions. It is particularly widely used in industries such as steel, chemicals and building materials.

• High calorific value: Calcined anthracite has a very high calorific value, much higher than traditional bituminous coal and other fuels, providing an efficient and energy-saving heat source for industrial production, heating and heating.
• Efficient combustion: The heat generated during combustion is strong, the size and intensity of the flame change as the combustion progresses, the combustion efficiency is high, energy saving and environmental protection.
• Smokeless and odorless: It produces almost no smoke and harmful gases during the combustion process, does no harm to the environment and human health, and does not release a pungent smell, making it very convenient to use.
• Low ash, low sulfur, and low phosphorus: Calcined anthracite also has the characteristics of low ash, low sulfur, and low phosphorus, which produces less pollutants during the combustion process and is beneficial to environmental protection.
• Good physical and mechanical properties: The hardness of calcined anthracite is moderate and has a certain degree of brittleness, allowing it to show good physical and mechanical properties in practical applications.
• Wide range of applications: Due to the above-mentioned excellent characteristics of calcined anthracite, it is widely used in steel smelting, chemical production, building materials manufacturing and other fields to provide these industries with efficient and environmentally friendly heat energy.