Mineral powder binder is widely used in various industries and scenarios, primarily including the following aspects:
Metallurgical Industry
Pellet Production: Mineral powder binder is used to compress various mineral powders such as iron ore powder, chromium ore powder, manganese ore powder, phosphorus ore powder, silicon carbide powder, as well as iron-containing waste materials like mill scale, sludge, dust collection ash, and steel slag powder into pellets. These pellets can serve as furnace charge for equipment such as blast furnaces, direct reduction furnaces, cupola furnaces, and gas generators, meeting the demands of smelting.
Resource Recycling: During steel production, a large amount of waste such as dust collection ash and blast furnace sludge is generated, which contains valuable resources like Zn, Fe, and C. By using mineral powder binder, these wastes can be formed into pellet particles and directly used as steelmaking slag formers, coolants, fluxes, etc., achieving resource recycling and reducing waste and environmental pollution.
Environmental Protection Field
Dust Control: Dust materials like dust collection ash have fine particle sizes and can easily cause environmental pollution. Mineral powder binder can agglomerate these dusts into pellets or blocks, facilitating sealed storage and transportation, reducing dust emissions, and improving environmental quality.
Other Industries
Refractory Material Production: Suitable for cold pressing and forming of refractory materials, improving the strength and forming rate of refractories to meet the requirements for use in high-temperature environments.
Chemical Industry: Can be used for the forming of chemical raw materials, such as compressing certain chemical powders into pellets for easy storage, transportation, and use.
In summary, mineral powder binder plays a significant role in industries such as metallurgy, environmental protection, refractories, and chemicals. It enhances resource utilization, reduces production costs, and contributes to environmental protection.