A new, high-efficiency composite fluorspar powder adhesive, a novel type of fluorspar powder bonding material, boasts significant technological advantages over existing technologies:
1High mechanical strength:Utilizes the fluorspar agglomerate it produces, with compressive strength reaching80—100pounds/Ball(Also available in higher strength upon customer request)The cold strength of the fluorspar agglomerates processed by the existing technology is merely50kgLeft and right, some even don't have...30kgNo, there is often a significant amount of breakage during storage and transportation.
2Excellent waterproof performanceMoisture and water-resistant; long-term storage won't cause it to loosen due to oxidation or moisture; it remains intact even when soaked in water for days or even months; whereas, the flake ball processed with existing technology lacks this moisture and water resistance. Once the balls absorb moisture, they become crumbly and can disintegrate within minutes, even seconds, when soaked in water, turning clear water into muddy water rapidly.
3Ash content does not increase:This technology ingeniously uses inexpensive materials, incorporating them into the fluorspar pellets to minimally or almost not increase the ash content of the pellets. Even if there is a slight increase, it is highly beneficial and poses no harm to steelmaking. In contrast, existing technologies add a significant amount of sticky inorganic substances to increase pellet strength, which leads to a substantial increase in ash content, thereby degrading the quality of the pellets.5%Above, some even more.
4Adhesive at a low cost:The adhesive composition is scientifically and reasonably formulated, resulting in lower adhesive costs. Generally, the cost to produce one ton of fluorspar is only70~80About $100, even for the difficult-to-adhere clay fluorite powder.100About RMB 10,000. With the current technology, bonding one ton of fluorspar pellets (with equal strength) generally requires120~130Yuan, some even as high as150USD.
Due to long-term mining, high-grade natural fluorite, which is essential for steelmaking, is in short supply in the market. The mining resources have been overexploited, and the production volume cannot meet the needs of the smelting industry. Meanwhile, a large amount of low-grade fluorite ore cannot be used in steelmaking, resulting in a waste of these resources. Consequently, the development and granulation of fluorite powder hold great promise!
