Metallurgical Mineral Powder Pellet Binder

Product Use: Pellet binder is used in the pellet production fields of industries such as steel, ferroalloys, chemicals, metallurgy, and carbon.
Product Function: Pellet binder is an adhesive used in pellet production, primarily to reduce the amount of solvent added during pellet production, thereby effectively enhancing pellet quality and grade during the roasting process.
Product Features:
1. Strong adhesion, high forming rate, and high cold and hot strength.
2. Does not reduce pellet grade, with no harmful chemical additives.
3. Low dosage, reducing production costs.
4. Strong affinity, wide applicability.
Main Effects of the Binder
1. Improves soil aggregate structure, loosens soil, enhances soil water and fertilizer retention capacity, regulates pH, reduces heavy metal content in soil, and minimizes salt ion damage to seeds and seedlings.
2. Nitrogen fixation, phosphorus solubilization, and potassium activation. Particularly effective in enhancing potassium fertilizer efficiency, promoting root growth and seedling vigor, resisting continuous cropping, combating diseases, and improving crop quality.
3. Strengthens plant root adhesion and rapid absorption capacity, especially for physiological diseases caused by micronutrient deficiencies, as guided by iron powder and iron binder manufacturers.
4. Briquette binder, as an auxiliary material, enhances the cold and hot strength of briquettes.
Blue coke (semi-coke), with its characteristics of high fixed carbon, high specific resistance, high chemical activity, low ash, low sulfur, and low phosphorus, and the quick ignition of iron concentrate binder, has gradually replaced metallurgical coke and is widely used in the production of products such as metal silicon, ferroalloys, ferrosilicon, silicon carbide, ferrochrome, and fertilizers. However, during production, crushing, transportation, loading, unloading, and usage, up to 30% of coke powder is generated. Due to its non-binding and easily pulverizable nature, it cannot be fully utilized and is only used as low-grade fuel for power coal and civil purposes. Therefore, in today's energy-scarce environment, processing blue coke (semi-coke) powder into pellets as a substitute for blue coke (semi-coke) is an excellent way for the chemical and metallurgical industries to reduce consumption, increase revenue, and cut costs.