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magnesium aluminum carbonate powder
, fast acting magnesium aluminum carbonate
, powder aluminium magnesium carbonate
Fast Acting Magnesium Aluminum Carbonate Adsorbent Powder CAS 12304-65-3 Contaminant Control
Product Name: Hydrotalcite adsorbent / Magnesium Aluminum Carbonate adsorbent
CAS No.: 12304-65-3
Molecular Formula: [M(1-X)2+Mx3+y(OH)]x+(An-)x/n·mH2O
Product Introduction:
Magnesium Aluminum Carbonate Adsorbent Powder, with CAS 12304-65-3, is a powerful solution for contaminant control. Engineered for speed, it rapidly starts to work upon contact with pollutants. This powder shows outstanding adsorption performance, effectively capturing heavy metals, organic impurities, and other contaminants. Its fine-powdered form ensures a large surface area for maximum interaction. Ideal for industries like wastewater treatment and environmental remediation, it provides quick and efficient solutions to keep contaminants in check.
Specification:
|
No.
|
Item
|
Specification
|
|
1
|
Aluminum oxide (Al2O3), %
|
20±4
|
|
2
|
Magnesium oxide (MgO), %
|
35±4
|
|
3
|
Chloride ion (Cl-), %
|
≤0.1
|
|
4
|
Sulfate ion (SO42-), %
|
≤0.5
|
|
5
|
Loss on Drying, %
|
≤8.0
|
|
6
|
pH Value (5% suspension)
|
10±1
|
|
7
|
Apparent Volume (ml/10g)
|
25-45
|
Optimizing the adsorption performance of our magnesium aluminum carbonate adsorbent:
1. We focus on surface modification. By introducing specific functional groups onto the adsorbent's surface, we can enhance its affinity for target contaminants. For example, grafting chelating groups can significantly improve the adsorption capacity for heavy metal ions, as these groups form strong chemical bonds with the metal ions.
2. Particle size optimization plays a crucial role. Reducing the particle size to the nanoscale can remarkably increase the specific surface area, providing more adsorption sites. Nanoparticles have a higher surface - to - volume ratio, enabling more efficient contact with contaminants and thus faster adsorption kinetics.
3. We are constantly exploring new synthesis methods. Sol - gel synthesis, for instance, allows for precise control over the pore structure and composition of the adsorbent. Tailoring the pore size distribution to match the size of the target contaminants can boost the adsorption efficiency, as it enables better mass transfer and diffusion within the adsorbent.
In summary, through surface modification, particle size optimization, and innovative synthesis methods, we are committed to further enhancing the adsorption performance of our product, providing more effective solutions for contaminant removal.
Package:
Net 20kg per bag. Coated paper on the outside, kraft composite paper lining and soft plastic bag.
Customized package available.
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