M7012 Frother for Efficient Mineral Processing and Stable Foaming
M7012 represents a new generation of highly efficient composite flotation aerator, formulated as a red-brown liquid. This aerator is characterized by a boiling point exceeding 100°C, a flash point higher than 70°C, and a density range of 0.96-1.12 g/cm³. It features outstanding bubble formation and foam management capabilities. As an important flotation aid, M7012 effectively reduces the gas-liquid interfacial tension, enhances bubble stability, and creates the optimal three-phase contact zone for mineral separation. It is widely used in the beneficiation process of 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 |
Performance and Application
- M7012 frother demonstrates superior foam generation, producing uniformly sized bubbles with balanced stability. These bubbles exhibit ideal surface viscosity and elasticity, providing ample attachment sites for mineral particles, significantly enhancing flotation efficiency and processing capacity, particularly beneficial for fine and ultra-fine particle treatment.
- The generated foam displays optimal friability and rapid collapse properties. It maintains consistent foam layer thickness during flotation operations, preventing cell overflow issues caused by excessive foaming. The foam breaks down quickly upon reaching the flotation cell overflow weir, facilitating subsequent concentration and filtration stages, thereby improving overall processing efficiency.
- M7012 frother adapts reliably to variations in pulp pH and temperature fluctuations, maintaining consistent foaming performance across acidic, neutral, and alkaline conditions. This versatility enables adaptation to diverse ore characteristics and flotation process requirements, demonstrating particularly outstanding results in complex polymetallic ore applications.
- This frother series exhibits excellent compatibility with various collectors and modifiers without compromising their performance. It operates effectively in complex reagent systems, enhancing the stability and reliability of complete flotation circuits.
Key Advantages
- Superior foaming capability with stable, easily adjustable foam structure to meet specific flotation process requirements
- Ideal foam brittleness and rapid collapse characteristics prevent negative impacts on downstream processes, improving overall production efficiency
- Broad application range suitable for flotation operations involving non-ferrous metals, ferrous metals, and non-metallic minerals
