HA10588 Activated Charcoal Powder

Activated Charcoal Powder Description

Activated Charcoal Powder is derived from processed carbon sources that undergo controlled thermal activation to maximise porosity. Its high surface area enhances the adsorption of impurities from liquids and gases. The consistent particle size distribution ensures effective interaction with target molecules, while its chemical inertness minimises unwanted reactions. These properties enable accurate performance in applications such as solvent purification and catalyst support.

Activated Charcoal Powder Applications

Industrial Applications
- Used as a filtration medium in solvent recovery systems to achieve impurity reduction by leveraging its extensive porosity.
- Applied in chemical processing units to remove contaminants by utilising its high adsorption capacity.

Healthcare Applications
- Employed in topical formulations to achieve toxin adsorption by capitalising on its microporous structure.
- Frequently used as an additive in digestive aids to adsorb unwanted compounds through its large surface area.

Environmental Applications
- Serves as an absorbent in water treatment systems to achieve reduction of organic pollutants by leveraging its adsorption isotherm properties.
- Applied in air purification systems to capture volatile compounds, supporting improved ambient air quality.

Activated Charcoal Powder Packing

Activated Charcoal Powder is packaged in moisture-proof, foil-lined pouches and then secured within rigid, protective boxes to prevent physical damage and contamination. The packaging includes anti-static measures and tamper-evident seals. For optimal performance, storage in a cool, dry, and dark environment is recommended. Custom packaging configurations are available to meet varied batch sizes and handling requirements.

Additional Information

Activated Charcoal Powder is a carbon material produced via pyrolysis followed by activation processes that create numerous micropores. These pores enhance its adsorptive behaviour, a feature central to many purification and decontamination methods. Its performance is predictable based on established adsorption isotherm models, aiding in its characterisation and application in various scientific fields.

In broader materials science contexts, activated carbon materials are integral to environmental remediation and industrial processing. Their role in removing impurities and controlling chemical interactions makes them valuable in research settings and practical applications, where precise control over material properties is essential.