Wide pH Tolerance M7012 Frother for Non-Ferrous Metals
Product Overview
M7012 represents a new-generation, high-efficiency composite flotation frother formulated as a reddish-brown liquid. Characterized by a boiling point exceeding 100°C, flash point above 70°C, and density ranging from 0.96-1.12 g/cm³, this frother delivers exceptional bubble-forming capabilities and foam management. As a crucial flotation aid, M7012 effectively lowers gas-liquid interfacial tension, reinforces bubble stability, and creates optimal three-phase contact zones for mineral separation. It finds extensive application in beneficiation processes for non-ferrous metals, ferrous metals, and non-metallic minerals.
Specifications
| Item |
Index |
| Appearance |
reddish-brown liquid |
| Boiling point |
>100°C |
| Flash point |
>70°C |
| Density |
0.96-1.12 g/cm³ |
Key Features
- The M7012 frother possesses outstanding foam generation performance, creating bubble populations with consistent size distribution and controlled stability. These bubbles demonstrate appropriate surface viscosity and elastic properties, delivering sufficient attachment interfaces for mineral particles, substantially improving both flotation efficiency and processing throughput, making it especially suitable for fine-grained and ultra-fine mineral processing.
- Foam produced by this product exhibits favorable friability and easy breakdown characteristics. It sustains stable foam layer thickness during flotation operations, preventing problems such as tank overflow and spillage resulting from excessive foam accumulation. The foam rapidly collapses after reaching the flotation cell overflow weir, supporting subsequent concentration and filtration stages, thereby enhancing overall mineral processing effectiveness.
- M7012 frother shows strong adaptability to changes in pulp pH values and temperature variations, maintaining reliable foaming performance in acidic, neutral, and alkaline environments. This feature enables it to accommodate different ore properties and flotation process conditions, particularly demonstrating exceptional performance in complex polymetallic ore flotation systems.
- This frother series demonstrates excellent synergistic effects with various collectors and modifying agents without adversely affecting other reagents' performance. It functions reliably in complex chemical systems, improving the stability and dependability of complete flotation operations.
Competitive Advantages
- Excellent foaming performance with stable, easily regulated foam structure capable of meeting specific demands of different flotation processes
- Moderate foam brittleness and easy collapse properties prevent negative impacts on subsequent processing stages, enhancing overall production efficiency
- Wide applicability range suitable for flotation operations across non-ferrous metals, ferrous metals, and non-metallic mineral categories
