Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Clariant ActiSorb S 6

Clariant ActiSorb S 6 is a high-performance activated carbon from Clariant’s ActiSorb series, engineered for superior adsorption of organic contaminants in liquid-phase purification—especially in pharmaceutical, food, and fine chemical applications—offering consistent activity, low dust, and excellent filtration characteristics.
  • clariant actisorb s 6_466e4dfe
  • clariant actisorb s 6_466e4dfe

Features Of Clariant ActiSorb S 6

  1. Highly efficient silica-based adsorbent engineered for selective removal of polar impurities.

  2. Consistent particle size distribution ensures uniform bed packing and predictable pressure drop in fixed-bed systems.

  3. Low dust generation during handling, supporting improved operator safety and process cleanliness.

  4. Thermally stable up to 600 °C, enabling regeneration under controlled high-temperature conditions.

  5. Free-flowing granular form with optimized surface area (≈750 m²/g) for rapid mass transfer kinetics.

Typical Applications Of Clariant ActiSorb S 6

  1. Purification of hydrocarbon streams in petrochemical refining (e.g., BTX feed pretreatment).

  2. Removal of trace water and alcohols from solvent recycling loops in fine chemical manufacturing.

  3. Polishing step in pharmaceutical-grade excipient drying processes.

  4. Protection of sensitive catalysts in hydrogenation and oxidation reactors.

  5. Moisture scavenging in electronic-grade gas drying systems (e.g., N₂, Ar, H₂).

Specifications Of Clariant ActiSorb S 6

Chemical TypeAmorphous silica gel
Product FormGranular beads
AppearanceWhite to off-white free-flowing granules
Primary ApplicationsAdsorptive purification, moisture & polar impurity removal
Key FeaturesHigh surface area, low attrition, regenerable
BenefitsExtended service life, reduced downtime, consistent product quality
Storage ConditionsStore in dry, well-ventilated area; protect from moisture and physical damage
Regeneration MethodThermal desorption at 180–250 °C under inert or dry air flow


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