Activated Carbon Pellet, Size: 12x40 Mesh

25 grams/28 €
100 grams/44 €   
500 grams/105 €   
1000 grams/149 €
5 kg/285 €

Please contact us for quotes on larger quantities !!!

Activated Carbon Pellet

Size: 12x40 Mesh 

Activated Carbon Pellet is a high-density granular activated carbon derived from a premium coal base and manufactured through a rigorous steam activation process. Characterized by its robust carbon skeleton, this high-purity filter medium features a highly developed internal porosity structure that grants it an exceptional adsorption capacity. The material is engineered for heavy-duty industrial environments, exhibiting excellent mechanical strength, low dust generation during operation, and outstanding structural durability under continuous fluid flow. Its balanced pore distribution and high physical integrity ensure predictable performance and extended service cycles in demanding technical separation processes.

Technical Properties

Applications

• Industrial Water Treatment: Due to its robust carbon skeleton and high adsorption capacity, it is heavily utilized in industrial wastewater plants to remove organic contaminants, chemical residues, and dissolved toxic molecules.
• Municipal Water Purification: Widely deployed in municipal water treatment facilities to eliminate taste, odor, chlorine byproducts, and micropollutants, ensuring safe and clean drinking water standards.
• Process Gas and Air Filtration: Applied in industrial air scrubbing units and gas treatment columns to efficiently trap volatile organic compounds (VOCs), hazardous gases, and hydrocarbon emissions from process streams.
• Chemical and Petrochemical Processing: Used as a versatile adsorbent and catalyst support in petrochemical lines for the selective decolorization, purification, and separation of chemical process liquids.
• Dechlorination and Pre-Treatment: Integrated into multi-media filtration lines as an efficient pre-treatment step to protect downstream reverse osmosis (RO) membranes and ion-exchange resins from oxidative chlorine damage.