NAD+ Lyophilized Powder CAS 53-84-9 for Cosmetic Skincare Research

NAD+ Lyophilized Powder Overview

NAD+ (Nicotinamide Adenine Dinucleotide), also known as NAD, is a naturally occurring coenzyme involved in cellular metabolism and oxidation-reduction reactions. Its CAS number is 53-84-9. Because NAD+ is closely associated with cellular energy pathways, it has become an increasingly studied material in biotechnology, life science, and cosmetic ingredient research.

Our NAD+ Lyophilized Powder is supplied in a freeze-dried format designed for professional research and formulation development. The finished material is a white powder with a stated purity of ≥99% and is tested using HPLC UV. USP and BP are listed as applicable quality standards.

In the skincare sector, NAD+ is primarily of interest to researchers investigating cellular metabolism, skin aging mechanisms, oxidative stress, and the development of biotechnology-inspired cosmetic formulations. It can be evaluated as an individual research ingredient or as part of a broader ingredient screening program.

The product is available in 250mg/vial and 500mg/vial specifications, with 10 vials per box. Samples are available for customers who need to assess the material before placing a larger order.

NAD+ Product Parameters

What Is NAD+ Lyophilized Powder?

NAD+ is a coenzyme found in biological cells and participates in reactions that transfer electrons during cellular metabolism. In simple terms, it is part of the biochemical systems that cells use to process energy and maintain metabolic balance.

The lyophilized form means the material has undergone a freeze-drying process. Instead of being supplied as a conventional liquid preparation, NAD+ is presented as a dry powder in individual vials. This format is convenient for laboratories and cosmetic R&D teams because the quantity can be clearly identified and stored in a compact package.

For buyers searching for NAD+ powder, NAD lyophilized powder, freeze-dried NAD+, NAD+ raw material, or CAS 53-84-9, these terms generally refer to the same core research material, although the exact specification and quality standard should always be confirmed with the supplier.

NAD+ and Cosmetic Skincare Research

Interest in NAD+ has expanded into cosmetic science as researchers pay greater attention to the relationship between cellular processes and visible skin condition.

Skin is continuously exposed to environmental factors, including sunlight, pollution, and changes in humidity. Cosmetic researchers therefore study cellular metabolism and oxidative balance when investigating age-related changes in skin.

NAD+ is relevant to this field because of its participation in cellular redox reactions and metabolic pathways. Rather than describing it as a conventional moisturizer or surface-conditioning ingredient, it is more appropriate to position NAD+ as a research material for advanced skincare and cosmetic formulation development.

Research teams may investigate NAD+ in projects related to:

• Cellular energy metabolism
• Skin aging mechanisms
• Oxidative stress research
• Skin cell biology
• Biotechnology-based cosmetic ingredients
• Functional skincare formulation development

This makes NAD+ particularly relevant for companies developing new-generation cosmetic ingredients and laboratory-based skincare concepts.

Key Features of This NAD+ Powder

High-Purity Material

The product specification lists a purity of ≥99%, providing a clearly defined parameter for customers comparing NAD+ raw materials from different suppliers.

HPLC UV Testing

HPLC UV is used as the stated analytical method for quality verification. Customers purchasing for laboratory or formulation projects can use the relevant batch documentation to review the analytical information associated with their order.

Freeze-Dried Format

The lyophilized presentation provides a dry, compact material format that is convenient for vial packaging, inventory control, and professional laboratory handling.

Multiple Vial Sizes

Both 250mg/vial and 500mg/vial specifications are available, allowing buyers to select a quantity according to their project requirements.

International Supply

With a production capacity of approximately 5,000 vials per month, the product is suitable for customers requiring regular supply rather than one-time laboratory quantities.

Cosmetic Applications of NAD+ Research Material

Anti-Aging Formulation Research

NAD+ can be included in laboratory studies exploring cellular pathways associated with age-related skin changes. Such research may support the development of new cosmetic concepts for mature-skin applications.

Skin Vitality Research

Because cellular metabolism is an important part of skin biology, NAD+ may be evaluated in studies investigating factors associated with maintaining healthy-looking skin.

Oxidative Stress Studies

NAD+ participates in redox-related biochemical reactions, making it relevant to laboratory research examining oxidative processes and environmental stress responses.

Advanced Serum and Skincare Development

Cosmetic formulation teams may evaluate NAD+ as part of experimental ingredient systems for serums, essences, creams, and other professional R&D projects. Actual formulation suitability should be determined through appropriate compatibility and stability testing.

NAD+ Quality and Supply Information

For international buyers, product specifications are often just as important as the ingredient name. Our NAD+ specification includes the CAS number, purity, appearance, testing method, packaging size, storage information, and production capacity, allowing customers to compare the material with their purchasing requirements.

Samples are available for preliminary evaluation. For larger projects, customers can select 250mg or 500mg vial configurations, with standard packaging of 10 vials per box.

The standard stated delivery time is 5–10 days, while the actual transit period can vary according to destination, customs processing, and selected transportation method.

Storage and Handling

NAD+ Lyophilized Powder should remain properly sealed and protected from moisture, heat, and direct light. Store the material according to the storage requirements stated on the product documentation and batch-specific packaging.

For long-term inventory management, customers should avoid unnecessary exposure to room temperature and humid environments. The original sealed packaging should be retained whenever possible until the material is required for the intended research application.

Frequently Asked Questions About NAD+ Lyophilized Powder

The CAS number listed for this NAD+ product is 53-84-9.

The stated product purity is ≥99%, with HPLC UV used as the analytical test method.

It refers to NAD+ supplied in a freeze-dried powder format. Lyophilization removes water under controlled conditions to produce a dry material suitable for professional storage and research handling.

The standard specifications are 250mg per vial and 500mg per vial, with 10 vials packed in one box.

Yes. Samples are available for customers who want to conduct preliminary quality or formulation evaluation.

NAD+ is mainly investigated as a research ingredient in areas such as cellular metabolism, oxidative stress, skin aging mechanisms, and biotechnology-based cosmetic formulation development. It should not be presented as an established treatment for a medical or dermatological condition.

The material should be kept sealed and protected from heat, moisture, and light. Customers should follow the specific storage instructions provided with the product and its batch documentation.

Conclusion

NAD+ Lyophilized Powder is a high-purity CAS 53-84-9 research material supplied in a convenient freeze-dried format. With ≥99% purity, HPLC UV testing, USP/BP reference standards, 250mg and 500mg vial options, and stable production capacity, it is suitable for professional cosmetic ingredient research and biotechnology-related development.

For skincare R&D, NAD+ is particularly relevant to research involving cellular metabolism, oxidative balance, skin aging mechanisms, and advanced functional formulation concepts. Its clearly defined specifications and international shipping options make it a practical raw material for cosmetic laboratories, ingredient developers, and research-oriented buyers seeking a consistent NAD+ powder supply.