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    Chelating resin






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    Chelating resin

    YKM100
    Mercury removal specific (sulfur content 14%, elution rate 100%)

    Chelating resin

    YKM101
    Selective adsorption of divalent metal ions

    Chelating resin

    YKM102
    Selective adsorption of divalent metal ions

    Chelating resin

    YKM103
    Ionic membrane method for preparing secondary brine from caustic soda, wet metallurgy, etc

    Chelating resin

    YKM104
    Extracting precious metals such as gold, silver, palladium, platinum, etc

    Chelating resin

    YKM105
    Refined salt water, wastewater treatment, recycling of precious metals

    Chelating resin

    YKM106
    Heavy metal recovery from wet metallurgy and electroplating wastewater

    Chelating resin

    YKM107
    Arsenic removal

    Chelating resin

    YKM108
    Boron removal

    Chelating resin

    YKM109
    Thiourea group









    Product classification

    • Tianjin Yunkai chelating resin is a cross-linked polymer functional material, which contains special chelating forming groups on its molecular chain (such as amino phosphate groups, iminodiacetic acid groups, etc.). Unlike ordinary ion exchange resins, chelating resins can form similar structures with metal ions; Claws” The multiple coordination bonds form highly stable cyclic chelates. This unique binding method enables the resin to exhibit extremely high selectivity and affinity for specific metal ions in extremely complex solution systems. 

      植物提取树脂-天津允开

      •   Wet metallurgy and resource recovery
      •         Environmental heavy metal treatment
      •   Saltwater refining
      •   Semiconductors and Fine Chemistry





      • •   High selectivity recognition: capable of removing heavy metals or precious metal ions.
        •   Strong binding force: The coordination bonds formed by chelation are more stable than ordinary ion exchange interactions, enabling lower levels of residual concentration and meeting extremely stringent purification and; Emission requirements.
        •   Mechanical and chemical stability: advanced synthetic processes are used to ensure that the resin has excellent acid and alkali resistance, oxidation resistance, and physical strength, which can be improved over a long period of time;  Maintain stable performance in the production cycle.
        •   Customized solution: By adjusting the type of functional groups for different metal elements, targeted customized solutions can be provided.




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