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AE
purestar
The AE type employs a proprietary impregnation process depositing alkaline compounds (NaOH, KOH derivatives) throughout the carbon pore structure. This creates a reactive surface that chemisorbs acid gases while physical adsorption handles organic vapors—essential for mixed-contaminant environments.
Impregnation Chemistry:
Base: High-iodine coconut shell activated carbon (>1000 mg/g)
Impregnant: Alkaline hydroxide solution (10-15% loading)
Activation: Controlled thermal treatment to stabilize reactive sites
Quality Control: Protection time testing per GB 2890-2009
Reaction Mechanism:
Acid gases (HCl, SO₂, H₂S, HF) undergo acid-base neutralization within the carbon pore structure, forming stable salts. Organic vapors adsorb via van der Waals forces in the micropore network.
Technical Specifications | AE | Unit |
Moisture Content | Less than 10 | % |
Bulk Density | 430~470 | kg/m³ |
Strength | More than 95 | % |
The Amount of Carbon in the FIlter Box | 45~55 | g |
Anti Acid Protection Time (National Standard) | Not less than 25 | min |
Anti Benzene Protection Time (National Standard) | Not less than 45 | min |
Protection Time (Benzene Penetration) | Not less than 65 | min |
Protection Time (Sulfur Dioxide Penetration) | Not less than 35 | min |
Packaging:
To meet diverse customer requirements, our activated carbon is available in multiple packaging options:
20 kg/bag – Ideal for laboratory use, pilot testing, and small-scale applications with convenient handling.
500 kg/bag – Bulk packaging designed for large-scale industrial production and continuous processing.
All packages are engineered to maintain product quality, prevent moisture absorption, and ensure easy storage and transportation.
Customized packaging available
Shipping:
Fast delivery within 15-30 days
Export standard packaging
