Application
Ion exchange resin for removal of divalent heavy metals in industrial wastewater
In the chemical industry, non-ferrous smelting, electronic materials and other industries, a large amount of waste water containing divalent metals will be discharged. Once heavy metal wastewater flows into natural water bodies, it will cause serious environmental pollution and endanger human health. It can improve the environmental pollution caused by heavy metal wastewater, reduce its harm to humans and other organisms, and realize the recycling of heavy metal resources, which will be very meaningful.
Application
D825 is a macroporous weak acid cation resin based on the iminodiacetate acid function group, which mainly used for:
1)Separation recovery and adsorbent of bivalence metals, Copper recovery (Cu2+), Lead recovery (Pb2+), Cobalt recovery (Co2+), Cadmium recovery (Cd2+), Ferrous removal (Fe2+),
2)Brine refining in the process of ion membrane soda producing industry.
3)It has good selectivity for calcium and magnesium with large exchange capacity and physical strength.
1)Separation recovery and adsorbent of bivalence metals, Copper recovery (Cu2+), Lead recovery (Pb2+), Cobalt recovery (Co2+), Cadmium recovery (Cd2+), Ferrous removal (Fe2+),
2)Brine refining in the process of ion membrane soda producing industry.
3)It has good selectivity for calcium and magnesium with large exchange capacity and physical strength.
Related Products
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A203FG Food Grade Macroporous Strong Base AnionAppearance: Milky white opaque spherical particleIonic form:Cl-Volume complete exchange capacity(mmol/ml)：≥1.2 -
Boron Absorbing Resin Macroporous Ion Exchange Chelating ResinAppearance: Creamy to beige opaque beadsIonic form: Free baseVolume complete exchange capacity(mmol/ml): ≥0.80 -
C008FG Food Grade ion exchange resinAppearance: Claybank to tan transparent spherical particle.The degree of crosslinking : 8%.Ionic form:Na+
