METALLURGICAL COKE - Names and Identifiers
METALLURGICAL COKE - Introduction
METALLURGICAL COKE is a high-strength, high-porosity solid fuel made from high-quality coal refined at high temperatures. Its main properties include:
1. High carbon content: METALLURGICAL COKE contains high carbon content, usually above 90%, which makes it an efficient fuel.
2. Low volatile matter: the volatile matter content of METALLURGICAL COKE is low, usually between 1-2%. This reduces the emission of smoke and harmful gases generated during Coke combustion.
3. High porosity: metallurgic COKE has a good pore structure, which provides a large amount of pore space, which is conducive to the diffusion and combustion of gas.
The main use of METALLURGICAL COKE is as an important raw material for COKE in the METALLURGICAL industry. It is widely used in the smelting process of iron ore, mainly for ironmaking, steelmaking and casting processes. Metallurgic COKE's high carbon content and stable combustion characteristics make it an ideal fuel for high-temperature ironmaking and steel smelting.
The preparation method of METALLURGICAL COKE mainly includes the steps of coal screening, crushing, dehydration, drying and high temperature coking. At high temperatures, the volatiles and impurities in the coal are removed, resulting in high-purity METALLURGICAL COKE.
Regarding safety information, metallurgic COKE is a non-flammable, non-explosive solid fuel. However, during handling and storage, care should be taken to prevent contact with fire sources to prevent burning. In addition, metallurgic COKE contains a certain amount of trace elements and harmful chemicals, so it needs to be handled and stored correctly to prevent pollution to the environment.
Last Update:2024-04-09 20:52:54