Excellent copper extraction performance metrics
Specifically designed for copper extraction in sulfate systems, it features a maximum copper loading capacity of ≥5.4 g/L, rapid extraction kinetics (30 seconds), high selectivity against iron, a stripping isotherm crossover point below 2.3 g/L, and an organic phase free of precipitation.
Breakthrough in Innovative Anti-Calcium Scaling Technology
It inhibits calcium extraction, effectively preventing gypsum scaling in the stripping section, ensuring long-term stable operation of the extraction system, and reducing equipment maintenance costs.
Value of application across multiple fields
Widely applied in fields such as the recycling of waste circuit boards, copper ore heap leaching solutions, and battery copper foil, it enhances copper recovery efficiency and meets copper extraction needs across various scenarios.
Physical parameter：
Density(25℃) | 0.91-0.93 |
Flash point | ≥62℃（PMCC） |
Copper complex solubility(25℃) | ≥30g/L Cu |
Performance specifications：
Maximum copper loading 10%(V/V) | 4.8-5.1g/L Cu |
Extraction kinetics(60s) | ≥90% |
Extraction isothermal point(25℃） | ≥3.8g/L Cu(Organic) |
≤2.2g/L Cu(Aqueous) | |
Extraction phase separating | ≤70s |
Strip kinetics(30s) | ≥96% |
Bae-extractiong isothermal point(25℃） | ≤0.6g/L Cu(Organic) |
≥33.2g/L Cu(Aqueous) | |
Strip phase separating | ≤80s |
Net copper transfer | ≥3.2g/L Cu |
Extraction Cu/Fe selectivity | ≥2000 |
 |
We always adhere to the principle of "quality first, customer first" concept, pay attention to the fulfillment of corporate social responsibility, in the competition to obtain a higher reputation and recognation.
