325-mesh activated carbon is used for sugar decolorization

The 325-mesh white sugar decolorizing activated carbon is manufactured from high-quality wood through specialized phosphoric acid activation and fine grinding processes. Characterized by its highly developed pore structure, strong decolorization capability, low ash content, and rapid filtration speed, it serves as the core material for food-grade sugar solution decolorization and removal of pigments and impurities.

The phosphoric acid activation method employed in our production process creates an extensive network of mesopores and micropores specifically optimized for adsorbing large pigment molecules. This unique pore architecture, combined with the fine 325-mesh particle size, maximizes surface contact with sugar solutions, resulting in exceptionally rapid decolorization kinetics and superior purification efficiency. The low ash content ensures minimal mineral contamination in food-grade applications, while the controlled pH range prevents unwanted chemical reactions during the refining process.

Manufactured under strict food safety protocols, our 325-mesh activated carbon meets international standards for food contact materials. Each production batch undergoes comprehensive testing for heavy metals, arsenic, and other potential contaminants to ensure complete safety in sugar and food processing applications. The fine powder consistency enables easy dispersion in liquid solutions without clumping, promoting uniform decolorization throughout the entire processing volume. Customers appreciate the predictable performance and consistent quality that streamline their production workflows and reduce waste.

The technical specifications of our 325-mesh sugar decolorization carbon demonstrate its specialized suitability for food-grade applications. An iodine value exceeding 1000 mg/g indicates extensive microporosity capable of adsorbing diverse pigment compounds. Methylene blue adsorption above 180 mg/g confirms effective capture of medium-sized molecules common in natural colorants. The exceptional maltose syrup decolorization rate of 95% or higher reflects real-world performance in actual sugar refining conditions rather than just laboratory measurements.

1.Color removal and purification of white sugar and sucrose
White sugar and sucrose purification demands the highest food safety standards. Our carbon removes color precursors and processing residues while maintaining the pristine clarity and quality expected by consumers and regulators alike.

2.Fruit glucose syrup decolorization
Fruit glucose syrup production requires gentle yet effective decolorization. The fine mesh structure captures heat-generated pigments without altering the syrup's natural flavor profile or nutritional characteristics.

3.Starch sugar solution purification
Starch sugar solutions contain complex protein and colloidal impurities alongside color compounds. Our activated carbon addresses these multiple contaminants simultaneously, delivering crystal-clear refined syrups suitable for downstream processing.

4.Color removal in the beverage industry
Beverage manufacturers require reliable color consistency across production batches. Our carbon provides stable, repeatable decolorization performance that ensures every bottle meets exacting visual and taste specifications.

5.Other food-grade liquid decolorizers
Beyond sugar applications, this food-grade carbon serves wineries, juice processors, and edible oil refiners seeking premium purification without compromising product integrity or safety certifications.

Question: What is the decolorization efficacy of 325-mesh activated carbon?
Answer: The decolorization rate exceeds 95%, effectively removing pigments, organic impurities, and odors from the sugar solution, thereby enhancing the brightness and purity of white sugar.

Question: What is the typical dosage of activated carbon?
Answer: Based on the color intensity of the sugar solution, the typical addition rate ranges from 0.1% to 0.5%, with the specific dosage determined by laboratory test results.

Question: Does it support food-grade customization?
Answer: Yes, food-grade products with low ash content and low heavy metal levels are available, accompanied by third-party testing reports.

Question: How does particle size affect decolorization performance?
Answer: The 325-mesh fineness provides substantially greater surface area per unit weight compared to granular forms, enabling faster adsorption kinetics and more complete pigment removal. However, proper filtration systems must accompany its use to prevent powder carryover into finished products.

Question: Can this carbon be regenerated and reused?
Answer: While technically possible through thermal reactivation, food-grade decolorization carbon is typically used once to prevent cross-contamination between batches. We offer economical bulk pricing and waste carbon recovery services to minimize overall environmental impact.

After-sales Guarantee

Free sample testing provided, with technical support available; customized solutions and discounted quotes for bulk purchases; quality issues during the warranty period are covered with returns or exchanges.

Trust Endorsement

1.Qualification Certification: ISO9001 Quality Certification, compliant with relevant safety standards for food additives.
2.Case Strength: With extensive experience serving multiple large sugar mills and beverage companies, our white sugar decolorization process delivers consistent results and high customer satisfaction. Professional Support: Possessing over 25 years of experience in food-grade activated carbon production, we provide personalized selection guidance.