HA10832 L-Arginine HCl Powder

L-Arginine HCl Powder Description

L-Arginine HCl Powder is chemically known as L-arginine hydrochloride, a water-soluble amino acid salt that exhibits enhanced dissolution properties. Its finely milled particles ensure rapid dispersion and absorption in liquid or solid nutritional formulations. The product's defined purity levels and consistent particle size distribution support predictable performance in both experimental and production environments. Its specifications enable rigorous compliance with formulation standards and research-grade applications.

L-Arginine HCl Powder Applications

1.       Healthcare Applications
- Used as an active component in dietary supplements to support nitric oxide production. This function improves vascular function by leveraging the powder's high bioavailability and consistent purity.
- Applied in clinical nutritional products to stimulate protein synthesis, enhancing recovery processes and cellular repair through well-controlled composition.

2.       Industrial Applications
- Serves as an intermediate in the synthesis of specialised biomaterials. Its precise chemical composition contributes to the reproducibility of quality parameters in research and development.
- Frequently used in fermentation media to stimulate microbial growth by providing essential nutrients, thereby optimising production efficiency and consistency.

L-Arginine HCl Powder Packing

The powder is packaged in moisture-proof, sealed plastic bags and placed within rigid, insulated cartons to protect from environmental fluctuations. Anti-contamination measures include tamper-evident seals and secondary packaging for added protection during transport. Storage guidelines recommend a cool, dry environment to maintain chemical stability. Options for customised packaging, such as different bag sizes or specialised labels, are available upon request.

Additional Information

L-Arginine is an essential amino acid that plays a critical role in protein metabolism and nitric oxide biosynthesis. Its incorporation into nutritional supplements and experimental formulations underscores its importance in both health and research sectors. Understanding its physicochemical properties, including solubility and thermal behaviour, allows for optimised processing and usage in various product matrices.

In the broader context of herbal extracts and nutraceuticals, material consistency and rigorous analytical profiling are fundamental. Advances in synthesis and quality assessment techniques continue to enhance the functional efficacy of these compounds, supporting their integration into scientifically formulated health products.