Ore Dressing Reagents
Flotation principle
Flotation is a separation technique that utilizes the differences in the physicochemical properties, especially the wettability of the surface, of minerals. It commonly employs the addition of specific flotation reagents to widen the differences in wettability between materials. At the solid-liquid-gas three-phase interface, one or more target materials are selectively enriched, thus achieving separation from waste materials. Most minerals in nature have poor flotability and require flotation reagents to enhance it. This enhancement must be selective, meaning it only enhances the flotability of one or several minerals, while not enhancing, and sometimes even weakening, the flotability of others. This allows for the artificial control of mineral flotation behavior.
Benzohydroxamic acid collector
Junpeng Technology has a fully independent intellectual property rights collector for difficult-to-select minerals such as lead-zinc ore, wolframite, scheelite and cassiterite. This product has excellent selectivity and collecting ability, especially for fine cassiterite flotation, with ideal beneficiation indexes. At the same time, the product also has the characteristics of high efficiency and environmental protection.
Property Appearance
Pink scaly solid powder
Effective Component Content
≥40%
Solubility
Soluble in above 2℃
Cold water (a small amount of soda ash can be added)
Advantages of Flotation Reagents
The advantages of flotation reagents are not only reflected in their picking efficiency but also in their flexible controllability, potential for comprehensive resource utilization, and integration with modern green technologies. In the future, with stricter environmental regulations and the increasing fineness and leanness of ores, efficient, low-toxic, and intelligent flotation reagents will become a key driving force for the sustainable development of the mining industry.
Strong Adaptability and Wide Applicability
It can be used in various non-ferrous metals, non-metals, and rare metals, especially for difficult-to-select oxidized lead-zinc ores and fine-grained cassiterite flotation, solving practical problems that other flotation reagents cannot solve.
Easy to Dissolve and Mix, Superior Performance
The product has superior performance, good dissolution and dispersion effects, and simple on-site reagent preparation. It is easily soluble in water above 2℃, requiring no heating or hot water for preparation, and is unaffected by ambient temperature during on-site production use.
Efficient Recovery, Improved Quality and Reduced Consumption
The high efficiency of flotation reagents mainly lies in their precise control ability over the surface properties of minerals and the significant improvement in selective separation effects. This not only significantly improves the recovery rate and grade of useful minerals but also reduces reagent consumption and wastewater treatment costs, while adapting to the differentiated picking needs of complex ore compositions.
Environmentally Friendly
Flotation reagents are non-toxic or have very low toxicity (lethal dose for white mice is 500mg/kg), are easily degradable, and are environmentally friendly. After sedimentation and clarification in tailings ponds, the tailings water containing flotation reagents meets the requirements for reuse or meets discharge standards.
Reduce Mining Costs
With stronger flotation collecting ability and selectivity for minerals, it reduces the amount of flotation reagents used in the on-site production process, improves flotation production technical indicators, and significantly reduces mining production costs.
Jumper explores with global customers
Jumper Technology is willing to join hands with global partners to open a new chapter of intelligent resource selection, driven by AI+ to promote innovative development, making resource utilization more intelligent, greener, and more efficient
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