Food Industry
Sugar and sugar liquor refining where caramel pigments and melanoidins must be removed, plus fruit juices, beverages, brewed wines, and edible oils.
Made from high-quality wood-based, coconut shell, or coal-based raw materials through refined carbonization and activation, this decolorization activated carbon is a black fine powder with an extremely developed pore structure that selectively adsorbs colored impurities from liquids and gases. Buyers working with sugar liquors, fruit juices, beverages, and edible oils often order it as a food grade activated carbon, so pigment removal can be completed while the valuable components of the liquid are retained.
A high-capacity adsorbent with a broad pore structure, developed for industrial liquid pigment removal in food, chemical, and pharmaceutical processing.
A developed pore structure, high specific surface area, and suitable surface chemical properties deliver a strong effect on caramel color, chlorophyll, anthocyanin, azo dyes, and anthraquinone dyes.
Adsorption follows the structures, sizes, and polarities of pigment molecules, so colored impurities are targeted while effective components and nutrients are retained.
Fine particle size and uniform dispersibility allow the powder to reach adsorption equilibrium in a relatively short time under suitable contact conditions.
| Iodine Value | Wood-based: 700–1000 mg/g · Coconut shell: 900–1200 mg/g · Coal-based: 300–600 mg/g |
|---|---|
| Particle Size | More than 80% passes through a 200-mesh sieve (particle diameter below 0.075 mm) |
| Specific Surface Area | Mostly 800–1500 m²/g |
| pH Value | Approximately 4 to 10 |
| Methylene Blue Adsorption Value | Coconut shell powdered activated carbon for decolorization: 180–250 mg/g |
| Raw Material Base | Wood-based, coconut shell, or coal-based |
| Form | Black fine powder |
The powdered form disperses quickly in liquids, which suits batch and continuous decolorization duties across several industries.
Sugar and sugar liquor refining where caramel pigments and melanoidins must be removed, plus fruit juices, beverages, brewed wines, and edible oils.
Drug synthesis, extraction, and refinement steps that require colored impurities to be removed from liquid process streams.
Purification of synthetic pigments and color control in plastics, rubber, and chemical fiber production.
Removal of dye color from wastewater streams and support for fabric pre-treatment operations.
Share your liquid, target color, and dosing conditions, and the supplier will recommend a suitable grade, packing, and supply quantity.
Keep adjacent product options together for a faster catalog comparison.
High abrasion-resistant coconut shell activated carbon for gold recovery. Offered by professional granular activated carbon suppliers, our media ensures efficiency in CIP/CIL proce
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Fruit shell activated carbon is an adsorbent material made from various fruit shells (such as coconut shells, walnut shells, apricot shells, etc.) through a series of fine processi
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Professional coconut activated carbon manufacturers supplying high-hardness coconut shell activated carbon for gold extraction and recovery.
View productit is made from high-quality wood-based, coconut shell, or coal-based raw materials through refined carbonization and activation, producing a black fine powder with an extremely developed pore structure.
stated values include an iodine value of 700–1000 mg/g for wood-based grades, 900–1200 mg/g for coconut shell grades, and 300–600 mg/g for coal-based grades; more than 80% passes a 200-mesh sieve; specific surface area is mostly 800–1500 m²/g; and ph is approximately 4 to 10.
food processing such as sugar liquors, fruit juices, beverages, brewed wines, and edible oils; pharmaceutical synthesis, extraction, and refinement; chemical purification of synthetic pigments; and textile printing and dyeing wastewater treatment.
its developed pore structure and high specific surface area let it selectively adsorb colored impurities such as caramel color, chlorophyll, anthocyanin, azo dyes, and anthraquinone dyes, while helping retain the effective components of the solution.
because of the fine particle size and uniform dispersibility, the product can reach adsorption equilibrium in a relatively short time under suitable contact conditions.
use the contact page to send your application details, required quantity, and target specifications, and the supplier will reply with pricing or technical recommendations.
