Environmentally Friendly Gold Extractant

The environmentally friendly gold extractant produced by our company is an environmentally friendly metal extractant and an efficient wastewater treatment agent. It mainly extracts metal ions from wastewater through mechanisms such as adsorption, precipitation, and chemical reactions, achieving the goal of purifying water quality. Its main principles of action include physical adsorption, chemical adsorption, and ion exchange. The environmentally friendly gold extractant produced by our company does not contain any harmful substances and has good environmental performance. It will not cause any pollution or harm to the environment when extracting metals. In addition, our environmentally friendly gold extractant also has efficient metal ion adsorption capacity, which can effectively extract metal ions such as gold, silver, copper, nickel, zinc, etc. The environmentally friendly gold extractant has been tested and verified multiple times, and is harmless to human health and the environment. It is safe and reliable to use. Environmentally friendly gold extractants have low cost and high utility value, making them economical and practical to use.
Composition of high power graphite electrode: carbon content 99.9%, moisture 0.01%, ash 0.01-0.05%, expansion 1.5-2.4 times, volatility 0.01%, particle size of upper sieve 99.9(%), particle size of lower sieve 0.02(%). We support customized products with different specifications, welcome to communicate in detail.

Environmentally friendly gold extractants have shown excellent performance in the extraction of gold and silver ores, especially in the extraction of low-grade ores, demonstrating the advantages of high efficiency and low pollution. Environmentally friendly gold extractants also have metal purification and extraction functions, which separate metal elements from impurities through steps such as dissolution, precipitation, and filtration to improve metal purity; Extracting metal elements from discarded electronic products using physical or chemical methods. Physical methods include magnetic separation, reselection, etc; Chemical methods convert metal elements into soluble compounds through chemical reactions for separation and extraction.