Basic Definition and Structure of Activated Carbon

 Activated carbon is a specially treated carbon material, primarily derived from carbon-containing materials such as coconut shells, wood, and coal. Through high-temperature carbonization and activation treatment, it forms a large number of micropores, mesopores, and macropores, resulting in a huge specific surface area (typically 500–1500 m²/g). This porous structure is the physical basis of its adsorption properties.



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 Don't underestimate that 5% moisture content. Once activated carbon gets damp, its pores become filled with water, significantly reducing its adsorption capacity. Strict moisture control before leaving the factory ensures it arrives in your hands in optimal condition.
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 Food-grade decolorization and purification. A dual acid and water washing process removes impurities, resulting in a heavy metal content of ≤0.002%. Suitable for decolorizing sugar solutions and edible oils. Our production facility meets GMP cleanroom standards and offers food-grade test reports and custom packaging.
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