Application of Briquette Binder

As a mineral powder binder, it can produce pellets that meet the requirements of smelting. The usage method is intuitive. First, mix the raw materials and the binder, then moisten and mix with water, followed by heating and drying to form
formed coke, which is produced by extruding non-coking coal through different processes and further carbonizing it. The quality of formed coke mainly depends on a series of simple factors, such as the properties of coal and binder, the ratio, the type of production process, operating conditions, etc. The main reason for the high quality of formed coke products is that formed coke uses non-coking coal as raw material, and its chemical structure contains a large amount of non-fusible components. These structures form different shrinkage ranges with the binder at high temperatures, leading to cracks and accelerated cracking. After the reaction, its strength decreases. There are also other factors, such as carbonization temperature, type of carbonization furnace, forming method, binder ratio, etc. Therefore, if briquette processing enterprises encounter the above problems, they can consult our technical engineers.
Briquette binder (also known as briquette adhesive, briquette bonding agent, briquette composite binder, etc.) is a blending agent that binds (adheres) and reinforces powdered fuels such as coal powder, facilitating molding into blocks; after forming, it ensures that the briquettes have a specific shape and performance, serving as a powdered or liquid auxiliary raw material for briquettes; it is mainly used in the briquette processing process to play an auxiliary role. Briquette binder is a key auxiliary raw material that determines the quality of briquettes.
Briquette binder is formed through complex chemical reactions between inorganic substances and various organic chemical raw materials. When added to powdered coal, it quickly forms a needle-like network structure, thereby giving the briquettes (coal balls) high cold and hot mechanical strength and thermal stability; high moisture resistance, waterproof performance, and water immersion strength; high combustion value when put into the furnace, high thermal strength after combustion, low breakage rate upon falling, no ash, no pollution, and simple operation.