| Customization: | Available |
|---|---|
| Classification: | Specific Reagents |
| Grade: | Mining Flotation |
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Product Description
Frother Q30, developed by Y&X Technology, is a specialized frothing agent designed to improve flotation performance in challenging beneficiation environments. This yellow, oily liquid is specifically formulated for flotation processes involving high argillaceous gangue content and fine particle mineral separation. With active components comprising mixed esters (C9-C18) and mixed alcohols (C6-C9), Q30 is effective in reducing flotation foam viscosity and enhancing mineral separation efficiency.
Features
Applications
High Argillaceous Gangue Content: Q30 is particularly suitable for flotation of ores with high clay and argillaceous gangue content. It effectively reduces foam viscosity, enhancing the separation of target minerals from gangue, which improves both concentrate grade and recovery rates.
Fine Particle Flotation: Ideal for ores with fine particle sizes and finely ground minerals, Q30 helps improve separation efficiency, reduces interference from gangue minerals, and enhances overall beneficiation indices.
Safety and Handling
While Frother Q30 is manufactured under strict quality control, it can cause irritation to the eyes and skin. Safe handling includes the use of safety glasses, natural rubber gloves, and protective clothing. Always review the MSDS for proper handling instructions before use.
Environmental Impact
Most of the frother is absorbed by the concentrate and destroyed in further processing stages. Any remaining frother is directed to the tailings, and discharge into water systems should be avoided to minimize environmental impact.
Packaging and Storage
Summary
Frother Q30 is a high-performance frothing agent for flotation processes, especially effective in operations with high clay content and fine particle ores. Its unique composition improves concentrate quality by enhancing mineral separation efficiency, making it an ideal choice for complex beneficiation processes.
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