| Test Items | Property Indicators |
| Appearance | Light Yellow Liquid |
| pH Value (1% Solution) | 2–3 |
| Specific Gravity at 20℃ | >1.2 |
| Package | 1.25 ton/IBC drum or 25 kgs/drum |
Typically 2 to 5 minutes, ensuring high-throughput processing for demanding wastewater treatment needs.
Compared to traditional defluorination agents, Smedic reduces comprehensive costs by approximately 30%.
Environmentally friendly composition minimizes ecological risks, aligning with global sustainability goals.
Extends to decolorization, phosphorus removal, and turbidity reduction for diverse industrial applications.
Compatible with existing treatment systems, reducing the need for costly infrastructure upgrades.
Maintains efficacy across a wide pH range and temperature fluctuations in complex environments.
The photovoltaic industry benefits from its ability to treat fluoride-heavy effluents, while the fluorine chemical sector relies on its precision in handling complex wastewater streams. Glass processing, coal chemical operations, pesticide manufacturing, metal smelting, and mining operations also leverage its robust performance. Smedic excels in varying water quality conditions, maintaining efficacy across a wide pH range and temperature fluctuations.
The agent's compatibility with existing treatment systems simplifies integration, thus reducing the need for costly infrastructure upgrades. Additionally, its low dosage requirements enhance operational efficiency, lowering chemical consumption and waste generation. By ensuring compliance with stringent discharge regulations, Smedic supports industries in achieving environmental responsibility while maintaining cost-effectiveness. Its reliable performance in high-salinity and high-turbidity environments further enhances its applicability, making it a preferred choice for sustainable wastewater management. Packaged for ease of use, Smedic is a critical tool for industries seeking to balance operational efficiency with environmental stewardship, delivering consistent results across complex treatment scenarios.