Food Grade Activated Carbon China Factory and Wholesale Suppliers
Premium food grade activated carbon from a leading China factory. Our suppliers provide wood, coal, and coconut shell carbon for efficient decolorization and purity. Ideal for sugar and oil refining with advanced pore structure and fast filtration.
About this product
Product information from the supplier.
Our premium Activated Carbon for the food industry is engineered to meet the most stringent purity and performance standards. Utilizing high-quality wood, coal, and coconut shell raw materials, our carbon solutions provide exceptional adsorption capacity, ensuring that your food and beverage products maintain the highest levels of quality and safety.
Designed specifically for liquid-phase adsorption, this product excels in the refinement of liquid sugars, edible oils, and beverages. By effectively removing pigments, odors, and colloids, it enhances the stability and clarity of essential food ingredients, from cane sugar and citric acid to specialized sweeteners and essential oils.
Detailed Parameters
| Raw Materials | Wood, Coal, Coconut Shell / Fruit Shell | Particle Size | 200/325 mesh or 830 to 2040 mesh |
|---|---|---|---|
| Iodine Value | 700 – 1200 mg/g | Methylene Blue | 90 – 315 mg/g |
| Ash Content | ≤5% to ≤15% | Moisture | ≤5% to ≤10% |
| PH Value | 2 – 11 (Depending on material) | Hardness | ≥90% to ≥98% |
| Decolorization | Caramel Range: 90~130% | Customization | Specifications can be tailored to requirements |
Key Advantages
Pure Adsorption
Efficiently removes unwanted pigments and impurities to ensure crystal-clear product clarity.
Stability Boost
Removes substances that prevent crystallization, significantly improving overall product stability.
Odor Control
Advanced deodorization and fragrance adjustment to maintain authentic food flavor profiles.
Colloid Removal
Highly effective in eliminating colloids and proteins that cause turbidity in liquid food.
Versatile Use
Ideal for refining cane sugar, corn syrup, palm oil, and various beverages like cola.
Flexible Packaging
Available in 20kg/25kg bags or Jumbo bags to suit different industrial scales.
Product Gallery
Management Platforms
Raw Material Sourcing
Rigid selection of wood and coconut shells to ensure high carbon purity.
Activation Process
Precise temperature control for optimal pore structure and iodine values.
Quality Inspection
Strict testing of ash, moisture, and PH levels for food-grade compliance.
Particle Grading
Advanced sieving systems ensuring precise mesh size for specific flow rates.
Packaging Safety
Contamination-free packing in 25kg bags or custom jumbo bags.
Custom Formulation
Ability to adjust specifications based on specific customer refining needs.
Investment Return Comparison
| Metric | Standard Carbon | Our Food-Grade Carbon |
|---|---|---|
| Decolorization Rate | Moderate | High (90-130% Caramel range) |
| Product Purity | General Grade | Ultra-Pure Food Grade |
| Processing Stability | Variable | Highly Consistent |
| Impurities Removal | Basic | Advanced (Colloid & Pigment) |
| Overall ROI | Standard | Superior (Reduced Waste/Higher Yield) |
Frequently Asked Questions
Wood-based activated carbon is generally preferred for sugar decolorization due to its high macropore content, which is more efficient at removing large organic pigment molecules.
Yes, we offer a wide range of mesh sizes, from 200/325 mesh powders to various granular sizes like 830 or 1240 mesh to fit your specific equipment.
It removes specific impurities and colloids that act as inhibitors to crystallization and oxidation, thereby extending the shelf life and improving the stability of the final product.
Absolutely. Our carbon is widely used for refining palm oil and canola oil to remove unwanted odors and pigments, ensuring a clear, neutral oil.
The iodine value indicates the micropore volume. A higher value (e.g., 900-1200 mg/g) typically means a greater capacity for adsorbing small molecules and impurities.
We provide standard 20kg and 25kg bags, as well as Jumbo bags for large-scale industrial applications to optimize logistics and handling.