Nicotinamide Mononucleotide (NMN) 99% Powder

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A high-purity NAD+ precursor for advanced skin-vitality and visible-aging cosmetic development. Nicotinamide Mononucleotide (NMN) is a defined molecule in the NAD+ biosynthesis pathway and is increasingly studied in skin fibroblasts, photoaging models and cosmetic delivery systems.

99% Nicotinamide Mononucleotide (NMN) powder for professional cosmetic formulation.
Emerging skin research supports cellular-vitality, oxidative-stress and collagen / ECM development concepts. [R3–R6]
Water-phase friendly formulation: practical first-trial starting point 0.5%, with an initial 0.2–1.0% development window. [R8–R10]
Paid evaluation quantities and bulk inquiry support trial-to-scale development.

Product Specifications / Key Facts

Property	Product Information
Product Name	Nicotinamide Mononucleotide (NMN)
Common Cosmetic Name	NICOTINAMIDE MONONUCLEOTIDE
Commercial Form	Powder
Purity / Assay	99%
CAS Number	1094-61-7 [R1]
Molecular Formula	C11H15N2O8P [R1]
Molecular Weight	Approximately 334.22 g/mol [R1]
UNII	2KG6QX4W0V [R1]
Ingredient Type	NAD+ precursor / nucleotide-derived cosmetic active

Key Benefits

Supports advanced skin-vitality concepts — NMN is a direct precursor in NAD+ biology, giving formulators a defined cellular-energy story that is distinct from conventional moisturizers and antioxidants. [R1,R3]

Backed by growing skin-fibroblast research — Recent human-skin-fibroblast studies report effects on cellular NAD+, sirtuin/autophagy pathways, mitochondrial function, senescence and extracellular-matrix-related responses. [R3]

Relevant to photoaging and collagen-support R&D — Recent mechanistic work reports protection against UVB-linked collagen loss and oxidative-stress signaling in skin-cell models. [R5]

Fits pollution-stress and resilience concepts — Human dermal fibroblast research found NMN reduced oxidative-stress and senescence markers in a particulate-matter-related model. [R6]

Easy to prototype in water-based systems — Commercial cosmetic NMN powders are formulated through aqueous pre-dissolution and cool-down processing, making them suitable for serums, essences and emulsions. [R8–R10]

Why Formulators Choose It

NMN gives R&D teams a way to build a modern NAD+ / cellular-vitality skin-care story around a defined molecule rather than a complex ferment or botanical extract. The main development challenge is not dissolution; it is retaining the active through storage in a water-based finished formula. That makes controlled cool-down addition, pH management, packaging and stability testing more important than simply using a high headline percentage.

Best-Fit Product Applications

Premium skin-vitality serums
Visible-aging and photoaging support formulas
Urban-stress / anti-pollution serums
Hydrating NAD+ / cellular-energy inspired essences
Barrier-support emulsions for mature skin
High-end biotechnology / longevity-inspired cosmetic concepts

How to Formulate With It

Parameter	Practical Formulation Guidance
Initial Development Window	Use 0.2–1.0% as a conservative first development window for a 99% cosmetic NMN powder. Current supplier guidance spans approximately 0.1–2% in conservative sources and higher in some commercial grades. [R8–R10]
Recommended Starting Point	Start at 0.5% NMN powder for the first bench prototype. This gives a meaningful development level without jumping immediately to the upper end of supplier ranges.
Solubility / Phase	Pre-dissolve in distilled or deionized water and incorporate through the aqueous / cool-down phase. [R8–R10]
Addition Temperature	For first development, add below 40°C to reduce unnecessary thermal exposure. [R8]
pH	Begin around pH 5.5–6.5; pH 5–7 is a practical supplier-reference window for cosmetic NMN systems. [R8]
Stability Strategy	Do not assume powder stability equals stability in water. Use air/light-conscious packaging, minimize unnecessary heat, and run finished-formula stability / assay work when retained NMN content is important to the claim. [R4,R7]
Compatibility	Pairs conceptually with niacinamide, humectants, ectoin, panthenol, barrier lipids and antioxidant systems. Avoid overloading the first prototype with multiple highly reactive actives before NMN stability is understood.
First Stability Checks	Track appearance, color, odor, pH, microbial stability and—where possible—NMN assay over time. HPLC methods now exist for NMN in essence, emulsion and cream matrices. [R7]

First Prototype Example

For a 100 g skin-vitality serum, start with approximately 0.51 g of a 99% NMN powder to deliver about 0.50 g active NMN. Pre-dissolve it in 5–10 g DI water, add the solution during cool-down below 40°C, and finish around pH 5.8–6.2. Keep the first formula relatively simple, then monitor color, odor, pH and NMN retention before increasing the active level.

Development qualification: these are practical starting conditions synthesized from current cosmetic-supplier guidance and emerging topical NMN research. The current grade TDS/COA should control exact process limits, and finished-formula stability should be demonstrated.

Quality & Supply Information

For bulk evaluation, review the current COA/TDS for β-NMN identity, HPLC assay, water, related substances, residual solvents if relevant, heavy metals, microbiological limits where applicable, storage and packaging.

What to Pair It With

Recommended Ingredient	Why It Pairs Well	Product Concept
Niacinamide	Adds well-established barrier, tone and skin-conditioning benefits alongside an NAD+-related B3 pathway story.	NAD+ / B3 skin-vitality serum
Ectoin	Adds hydration and environmental-stress support.	Urban-defense cellular-vitality serum
Panthenol	Adds comfort and barrier-support value.	Mature-skin recovery serum
Sodium Hyaluronate	Adds immediate hydration and skin feel.	Hydrating NMN essence
Ceramide NP	Adds barrier-lipid support.	Cellular-vitality barrier emulsion
Coenzyme Q10	Adds complementary mitochondrial / antioxidant positioning.	Dual-energy anti-aging emulsion

What the Research Shows

Topical NMN research is developing quickly. A 2025 human-skin-fibroblast study reported that NMN increased cellular NAD+ and influenced sirtuin/autophagy activity, mitochondrial function, senescence and extracellular-matrix-related responses under stress conditions. [R3] Another 2025 study using NMN in a yeast-fermented filtrate found penetration into an artificial skin membrane model and increased collagen type I production in fibroblasts; the reported stability data belong to that specific filtrate matrix, not to every pure-NMN serum. [R4] Additional mechanistic studies support UVB / collagen and particulate-matter / oxidative-stress research directions. [R5–R6] These findings provide a strong R&D basis for cosmetic skin-vitality positioning.

Research & References

[R1] PubChem — Nicotinamide Mononucleotide; CAS 1094-61-7; C11H15N2O8P; MW 334.22; UNII 2KG6QX4W0V.

[R2] European Commission — Cosmetic ingredient database / CosIng notice.

[R3] Distinctive Gene Expression Profiles and Biological Responses of Skin Fibroblasts to Nicotinamide Mononucleotide: Implications for Longevity Effects on Skin.

[R4] Permeation of Nicotinamide Mononucleotide (NMN) in an Artificial Membrane as a Cosmetic Skin Permeability Test Model.

[R5] β-Nicotinamide mononucleotide blocks UVB-induced collagen reduction via regulation of ROS/MAPK/AP-1 and stimulation of mitochondrial proline biosynthesis.

[R6] Nicotinamide Mononucleotide and Coenzyme Q10 Protects Fibroblast Senescence Induced by Particulate Matter Preconditioned Mast Cells.

[R7] Method Development for Determining β-Nicotinamide Mononucleotide (NMN) in Cosmetics Using m-PFC-HPLC.

Frequently Asked Questions

What is Nicotinamide Mononucleotide (NMN)?

NMN is a defined nucleotide-derived molecule in the NAD+ biosynthesis pathway and is increasingly studied for skin-cell vitality and visible-aging applications.

Is NMN the same as niacinamide?

No. Both relate to vitamin B3 / NAD+ biology, but they are different molecules with different stability, evidence and formulation behavior.

What use level should I start with?

Start around 0.5% in the first professional bench prototype. A conservative initial development window is about 0.2–1.0%, while some commercial supplier guidance extends higher. [R8–R10]

Is NMN water soluble?

Yes, high-purity commercial β-NMN powders are readily formulated through aqueous pre-dissolution. The bigger issue is finished-formula stability over time, not initial dissolution. [R8–R10]

When should I add NMN to a formula?

Pre-dissolve it in DI water and add during cool-down below about 40°C for the first development cycle. [R8]

What pH should I use?

Start around pH 5.5–6.5, then optimize within the grade-specific stability window. Supplier cosmetic guidance commonly uses approximately pH 5–7. [R8]