HA10631 Organic Chlorella (Broken Cell Wall) Powder

Organic Chlorella (Broken Cell Wall) Powder Description

Organic Chlorella (Broken Cell Wall) Powder is produced by mechanically breaking the strong cell walls of chlorella to improve digestibility and facilitate nutrient extraction. The powder form increases the accessibility of chlorophyll, proteins, and antioxidants. This structural modification supports more efficient cellular absorption and assimilation, beneficial for formulations in food supplements and functional beverages. The material is characterised by its fine particle size and controlled moisture content.

Organic Chlorella (Broken Cell Wall) Powder Applications

1.       Healthcare and Nutritional Supplements
   - Use as an active ingredient in dietary supplements to improve nutrient uptake by leveraging its broken cell wall structure.
   - Applied as a formulation component in health drinks to support enhanced digestive absorption and overall nutritional efficiency.

2.       Food and Beverage Industry
   - Used as a natural additive in functional foods to maintain inherent antioxidant properties by ensuring thorough release of bioactive compounds.

3.       Cosmetics
   - Employed as an ingredient in skincare formulations to support cellular nourishment and antioxidant protection by utilising its enhanced bio-accessibility.

Organic Chlorella (Broken Cell Wall) Powder Packing

The powder is sealed in multi-layered, moisture-resistant bags nested within a rigid outer carton to prevent contamination and physical damage during transit. The packaging design incorporates anti-static materials and desiccant packets. It is recommended to store the product in a cool, dry area away from direct sunlight. Custom packaging options for bulk orders are available to accommodate specific storage and handling requirements.

Additional Information

Organic herbal extracts are valued for their natural composition and potential health benefits. The disruption of cell walls in botanical materials like chlorella improves the extraction efficiency of bioactive compounds. This approach is critical to maximising the functional benefits available from natural sources.

In the realm of materials science, precise control over processing conditions, such as milling and drying, plays a crucial role in defining the physical and chemical stability of herbal powders. Understanding these parameters can aid researchers and production specialists in designing products that consistently meet application-specific performance criteria.