HA10517 Micro Ingredients Multi Collagen Peptides Powder

Micro Ingredients Multi Collagen Peptides Powder Description

Micro Ingredients Multi Collagen Peptides Powder is a finely milled powder produced by controlled enzymatic hydrolysis of collagen sources. It maintains a defined molecular weight distribution, ensuring the preservation of bioactive peptide sequences. The powder exhibits excellent water solubility and stability across a broad pH range, which supports its integration into supplement formulations and functional foods. Its processing minimises degradation and ensures repeatable results in formulation performance.

Micro Ingredients Multi Collagen Peptides Powder Applications

1.       Healthcare and Nutraceutical Applications
   - Used as a functional ingredient in dietary supplements to promote skin elasticity by leveraging its bioactive peptide content.
   - Applied as an additive in nutritional beverages to enhance protein profiles by utilising its high solubility and consistent peptide distribution.

2.       Cosmetic Applications
   - Serves as an active ingredient in topical formulations to improve skin hydration and support tissue repair by leveraging its hydrolysed peptide structure.
   - Frequently used in anti-ageing creams to facilitate moisture retention due to its easily absorbable peptide chains.

Micro Ingredients Multi Collagen Peptides Powder Packing

The product is packaged in moisture-resistant, food-grade pouches with a sealed inner layer to minimise exposure to humidity and contaminants. The packaging is designed to provide a physical barrier against mechanical stress and environmental variations during transport. Storage recommendations advise maintaining a cool, dry environment to preserve peptide integrity. Custom packaging solutions are available to meet specific logistical and handling requirements.

Additional Information

Collagen peptides have garnered attention for their role in supporting skin health and joint function in nutraceutical and cosmetic applications. Derived through controlled hydrolysis, these peptides maintain active sequences that can influence cellular processes and tissue repair mechanisms. Their scalable production allows for consistent integration in various formulations.

Stanford Advanced Materials applies established analytical techniques to control process parameters, ensuring the reproducibility of peptide characteristics. This scientific approach supports applications in health supplements and functional foods while providing insights into the molecular behaviour of protein-derived peptides in diverse matrices.