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Particle Size Control of Pharmaceutical-Grade Silicon Dioxide: Key Impact from Production Process to Preparation Efficiency

Particle Size Control of Pharmaceutical-Grade Silicon Dioxide: Key Impact from Production Process to Preparation Efficiency

03 Apr,2026

Particle size is the core performance indicator of pharmaceutical-grade silicon dioxide, which directly affects its glidant and disintegration efficiency in preparations, and needs to be precisely controlled through the production process.

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Application of Food-Grade Silicon Dioxide in Solid Beverages: Dual Improvement of Glidant and Dissolution Uniformity

Application of Food-Grade Silicon Dioxide in Solid Beverages: Dual Improvement of Glidant and Dissolution Uniformity

02 Apr,2026

Solid beverages such as instant coffee and milk tea powder have extremely high requirements for fluidity and dissolution performance.

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Application of Mesoporous Silica in Sustained and Controlled Release Preparations: Pore Size Tuning and Release Mechanism Optimization

Application of Mesoporous Silica in Sustained and Controlled Release Preparations: Pore Size Tuning and Release Mechanism Optimization

02 Apr,2026

Sustained and controlled release preparations are designed to achieve uniform drug release and stable plasma drug concentration.

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Comparison Between Food-Grade Silicon Dioxide and Other Anti-Caking Agents: Analysis of Performance, Cost and Scenario Adaptation

Comparison Between Food-Grade Silicon Dioxide and Other Anti-Caking Agents: Analysis of Performance, Cost and Scenario Adaptation

01 Apr,2026

In the food industry, anti-caking agents mainly include silicon dioxide, tricalcium phosphate, microcrystalline cellulose, etc.

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Biocompatibility Verification of Medicinal Silicon Dioxide: Safety Barrier from In Vitro Tests to Clinical Application

Biocompatibility Verification of Medicinal Silicon Dioxide: Safety Barrier from In Vitro Tests to Clinical Application

31 Mar,2026

Biocompatibility is the core threshold for medicinal silicon dioxide to enter the pharmaceutical field.

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Application of Food-Grade Silicon Dioxide in Condiments: Dual Effects of Adsorption, Aroma Retention and Anti-Caking

Application of Food-Grade Silicon Dioxide in Condiments: Dual Effects of Adsorption, Aroma Retention and Anti-Caking

27 Mar,2026

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Application of Gel-Method Silicon Dioxide in Medicine: Breakthrough in High-End Scenarios of High-Purity Carrier Materials

Application of Gel-Method Silicon Dioxide in Medicine: Breakthrough in High-End Scenarios of High-Purity Carrier Materials

26 Mar,2026

Gel-method silicon dioxide has become the first choice for high-end excipients in the pharmaceutical field due to its high purity and regular pore structure, and its production process and performance are significantly better than traditional precipitation-method products.

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Safety and Compliance of Food-Grade Silicon Dioxide: Full-Dimensional Guarantee from National Standards to International Certifications

Safety and Compliance of Food-Grade Silicon Dioxide: Full-Dimensional Guarantee from National Standards to International Certifications

25 Mar,2026

The safety of food-grade silicon dioxide is the prerequisite for its application, which needs to meet the dual requirements of domestic standards and international certifications at the same time.

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Glidant and Disintegration Functions of Pharmaceutical-Grade Silicon Dioxide in Tablets: Preparation Optimization Scheme Under Pharmacopoeia Standards

Glidant and Disintegration Functions of Pharmaceutical-Grade Silicon Dioxide in Tablets: Preparation Optimization Scheme Under Pharmacopoeia Standards

24 Mar,2026

In tablet production, pharmaceutical-grade silicon dioxide ensures the quality of preparations through the dual functions of glidant and disintegration.

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Stabilizing Effect of Food-Grade Silicon Dioxide in Plant Protein Beverages: Domestic Breakthrough of Fumed Process

Stabilizing Effect of Food-Grade Silicon Dioxide in Plant Protein Beverages: Domestic Breakthrough of Fumed Process

23 Mar,2026

Plant protein beverages such as soymilk and oat milk are prone to delamination due to protein sedimentation.

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