Mineral Flotation Reagents

Highly efficient under neutral to weakly alkaline conditions: Adaptable to various flotation conditions, reducing reliance on pH adjustments and helping to lower production costs.

Highly compatible: Demonstrates significant synergistic effect with commonly used collectors such as xanthates, improving overall flotation efficiency.

High batch-to-batch consistency: Strict quality control ensures stable activity of each batch of reagents, reducing reagent preparation time and production fluctuations.

High-efficiency foaming agent: produces fine, brittle, and non-sticky foam, improving flotation separation efficiency.

High selectivity: suitable for metallic ores such as copper, lead-zinc, and molybdenum, as well as various non-metallic ores.

Low dosage, high performance: non-collecting and highly compatible, effectively reducing reagent consumption.

Stable and reliable quality: low impurities, low odor, and moderate volatility, meeting the process requirements of multiple industries.

Excellent purity and batch stability: Ensures consistent color, density, and solubility.

Good organic solubility: Suitable for a variety of solvent systems.

Chemically stable: Not easily decomposed, suitable for long-term storage and transportation.

Suitable for multiple industry applications: Chemical synthesis, flotation reagents, specialty additives, etc.

Strong Collection Capacity：Suitable for sulfide ores such as chalcopyrite, galena, and sphalerite, with rapid adsorption and improved recovery rate.

Good Selectivity：Prioritizes the flotation of target minerals at suitable pH, reducing impurities and improving concentrate grade.

Inherent Frothing Properties：Reduces the amount of additional frother needed, helping to lower overall reagent costs.

Stable Performance：Adaptable to various ore conditions, providing stable and reliable long-term use, reducing the risk of production fluctuations.