Heavy metal resin

The significant importance of heavy metal resin in the fields of environmental protection and resource recycling lies in its effective control of heavy metal pollution and the reuse of resources. With the acceleration of industrialization, the problem of heavy metal pollution is becoming increasingly severe. With more than ten years of research and development experience, Haipu Company has provided effective solutions through its technology in industries such as electroplating, mining, new energy, chemical and pharmaceutical industries, especially in wet metallurgy and lithium battery recycling.

hipoHeavy metal resinThe advantage of the product lies in its efficient removal ability, which can control the concentration of heavy metal ions such as nickel, cobalt, iron, copper, cadmium, etc. in wastewater at extremely low levels, meeting strict national emission standards. These resins have the characteristics of large adsorption capacity, renewable use, and long service life, which help reduce production costs for enterprises and achieve resource recycling. Heputi metal resin has demonstrated strong competitiveness in the field of metal extraction due to its large adsorption capacity, good material strength, simple desorption method, low desorption cost, and long service life.

In terms of application scope, Haipu resin products can not only treat heavy metals in electroplating wastewater, but also play a role in the recycling process of new energy fields such as lithium iron phosphate batteries and ternary lithium batteries, effectively removing impurities from the feed solution and improving recycling efficiency. Through technological innovation, such as high-strength chelating resin preparation technology, precise adjustment of nanopores, and surface modification, Haipu has achieved efficient removal of metals and stable regeneration of resins

Haipu metal extraction resin is used in hydrometallurgy for the extraction, separation, and purification of precious metals, rare metals, rare earth metals, uranium, and other metals. They can enrich and adsorb metal ions from dilute solutions through ion exchange reactions, and are particularly suitable for extracting and separating metals from low-grade mineral and tailings leachate or slurry.

Haipu products cover the entire process of wet metallurgy leaching, purification, and electrolysis. They can be used for impurity removal and metal extraction in the front-end leaching solution of wet metallurgy, pollution factor treatment in the middle purification process, environmental protection treatment at the tail end, acid separation, solvent recovery, etc. The specific applications of Haipu adsorption resin mainly include the adsorption and recovery of copper, tungsten, gallium, gold, silver, molybdenum, vanadium and other metals, as well as the adsorption and removal of impurity ions such as manganese, calcium, magnesium, fluorine, etc., to achieve the concentration and enrichment of low concentration metals or ions, facilitating subsequent recovery or processing.

Haipu can develop specialized resin products tailored to the needs of customers in the wet metallurgy industry, with adsorption materials as the core, and further design and integrate supporting system devices such as simulated moving beds and continuous separation systems, providing a comprehensive and efficient solution.

Product advantages

A uniformly sized adsorbent with high specific surface area, small particle size, and nanopores can achieve deep removal of pollutants from production materials and wastewater through its adsorption and exchange rate, achieving treatment accuracy above ppt level

High adsorption capacity, special chelating material exchange capacity, supermarket equivalent material~10%, low system operating cost, high concentration ratio, ion exchange and adsorption resin can separate and enrich metal ions from dilute solutions. Its high exchange capacity and cascade desorption cycle can be used to achieve the purpose of enriching and concentrating formulated elements. The concentration of precious metal analytical solution is high, which is convenient for subsequent recycling. Selective adsorption in mixed metal ion solutions can be achieved through material design, especially suitable for extracting target elements from low-grade mineral leaching solutions. Compared with traditional solvent extraction, chemical separation, etc., it has the advantages of low cost and high yield