High-Performance Flotation M7012 Frother with Wide Applicability
M7012 is a newly developed high-performance composite flotation frother, appearing as a reddish-brown liquid. With a boiling point exceeding 100°C, flash point above 70°C, and density between 0.96-1.12 g/cm³, this frother demonstrates exceptional foaming performance and foam management capabilities. As a key flotation reagent, M7012 effectively reduces gas-liquid interfacial tension, enhances bubble formation, and creates optimal three-phase contact zones for mineral separation. Commonly used in non-ferrous metals, ferrous metals, and non-metallic ore beneficiation.
Specifications
| Parameter |
Value |
| Appearance |
Reddish-brown liquid |
| Boiling Point |
>100°C |
| Flash Point |
>70°C |
| Density |
0.96-1.12 g/cm³ |
Performance and Applications
- Superior bubble formation: Produces uniformly sized, stability-balanced foam with appropriate surface viscosity and elasticity, providing ample mineral attachment sites. Enhances flotation selectivity and throughput, particularly beneficial for fine and ultra-fine particle processing.
- Ideal foam characteristics: Exhibits optimal friability and rapid collapse properties. Maintains uniform foam layers during flotation, preventing cell overflow from excessive foam. Quick foam breakdown at cleaning stages promotes smoother downstream dewatering and filtration, improving overall plant efficiency.
- Wide operational adaptability: Reliably performs across varying slurry pH levels and working temperatures, delivering consistent results in acidic, neutral, and alkaline conditions. This flexibility makes it suitable for diverse ore types and flotation configurations, with notable efficacy in complex polymetallic ores.
- Chemical compatibility: Works synergistically with various collectors and modifiers without interfering with their functions. Remains effective in complex chemical schemes, supporting more stable and reliable flotation operations.
Key Advantages
- Exceptional foaming capability with stable, adjustable foam structure to meet diverse flotation requirements
- Optimal foam friability and rapid collapse prevents downstream process interruptions, enhancing production efficiency
- Broad applicability for non-ferrous metals, ferrous metals, and non-metallic mineral flotation applications
