Fast-Acting Defoaming Mining Defoaming Agent with Broad Process Compatibility
Product Description
This high-performance polyether-based defoamer is specifically engineered for wet-process phosphoric acid production. Utilizing specialized refining technology, it provides rapid foam elimination and long-lasting suppression throughout manufacturing stages. The product maintains exceptional stability in extreme conditions including strong acidic environments and elevated temperatures. Even in systems with high solid content, suspended impurities, or viscous media, it delivers superior dispersibility and compatibility without segregation or loss of activity. Its persistent action enhances operational efficiency, prevents overflow losses, and ensures smooth production flow.
Specifications
| Item |
Index |
| Appearance |
Milky white liquid |
| Ionicity |
Non-ionic |
| Water solubility |
Good, excellent dispersion |
Performance and Applications
- During wet-process phosphoric acid production, rapidly penetrates and disrupts bubble films for instant defoaming and long-lasting foam suppression, preventing foam-related interference
- Maintains exceptional chemical stability in strong acids and high-temperature environments, adapting to harsh phosphoric acid production conditions without affecting reaction systems or final product quality
- Performs reliably in high-solid-content and high-impurity systems with excellent dispersibility, minimal adsorption by solid particles, and consistent defoaming performance
Advantages
- Outstanding defoaming performance with resistance to strong acids and high temperatures, ideal for demanding phosphoric acid production environments
- Excellent compatibility with minimal adsorption by solid particles, ensuring system stability
- Specifically designed for wet-process phosphoric acid production with targeted effectiveness to enhance production efficiency and product quality
- Resistant to high temperatures, acids, and alkalis with stable performance suitable for various harsh wastewater treatment environments
