HA10651 DMAE-Bitartrate Powder

DMAE-Bitartrate Powder Description

DMAE-Bitartrate Powder is a chemical salt of dimethylaminoethanol bitartrate presented as a free-flowing powder. It undergoes processing to achieve a uniform particle size distribution, offering chemical inertness that supports its integration into nutritional, cosmetic, and supplementary product developments. The controlled synthesis process minimises moisture content and impurities, thereby enhancing formulation consistency and effectiveness in various applications.

DMAE-Bitartrate Powder Applications

1.       Healthcare Applications
   - Used as a key component in dietary supplements to address cognitive fatigue by utilising its role in neurotransmitter precursor modulation, thus promoting improved mental alertness.
   - Applied in nutritional formulations to counteract age-related cellular decline by leveraging its bioactive properties to support cell membrane integrity.

2.       Cosmetics Applications
   - Employed in anti-ageing skincare products to alleviate fine lines by utilising its antioxidant activity, contributing to enhanced skin appearance.
   - Used in topical formulations to maintain the skin barrier function by utilising its cell membrane stabilising effect, thereby reducing oxidative damage.

DMAE-Bitartrate Powder Packing

The product is packaged in moisture-resistant, sealed pouches enclosed in a rigid secondary container to prevent contamination and mechanical damage. Storage in a cool, dry environment is recommended to maintain chemical stability. Anti-static measures are applied to reduce particle agglomeration risk. Custom options, including tamper-evident seals and additional moisture barrier layers, are available upon request.

Additional Information

DMAE-Bitartrate Powder is produced from herbal extraction processes that incorporate rigorous chemical synthesis and analytical methods. In formulation science, such ingredients are critical where consistency in particle size and low impurity levels directly influence the end product's performance.

Recent studies have examined the bioactivity of DMAE derivatives, particularly in relation to their role in cellular membrane stabilisation. This research has broadened the understanding of how these compounds can benefit both nutritional supplements and cosmetic formulations, underlining the importance of controlled processing and thorough quality verification in material development.