AccessTAN 8810

Q: What is the recommended usage rate for AccessTAN 8810?

Use 2–5% for a light to medium tan and 5–10% for a medium to dark tan. Final intensity depends on the formula and application method.

Q: Why is pH so important when formulating with DHA and Erythrulose?

Both actives are most stable and effective in an acidic environment, ideally pH 3.0–4.0. Higher pH accelerates DHA degradation, causing discoloration and weaker tanning performance.

Q: What is the role of Erythrulose in the blend?

Erythrulose develops more slowly than DHA, helping achieve a natural, less orange-toned color while reducing streaking and extending the tan’s longevity.

Q: How is the tan created by AccessTAN 8810 different from a sun tan?

AccessTAN 8810 colors the outermost layer of skin via the Maillard reaction and does not trigger melanin production or provide UV protection. A sun tan involves melanin produced in deeper layers as a response to UV exposure.

Q: Can AccessTAN 8810 be used with other actives?

Yes, with care. Avoid primary amines and certain metal oxides that can deactivate the actives. Compatible with humectants like glycerin and hyaluronic acid. Always verify final pH and stability.

Q: How quickly does the color develop?

Initial color appears in 2–4 hours from DHA; full development, enhanced by Erythrulose, occurs over 24–48 hours.

Advanced DHA & Erythrulose Blend for a Natural, Long-Lasting Tan

INCI Name: Dihydroxyacetone, Erythrulose

AccessTAN 8810 is a high-performance self-tanning active combining Dihydroxyacetone (DHA) and Erythrulose to deliver a natural, long-lasting tan—no sun required. Acting via the Maillard reaction with skin amino acids, this synergistic blend develops a believable brown tone while Erythrulose slows and smooths color formation to reduce streaks and orange hues. Ideal for premium self-tanning lotions, mousses, and clear sprays.

Solubility Notes:

Highly soluble in water and glycerin. Add to the water phase at room temperature and avoid prolonged heating (< 40°C).

Perfect For These Applications

Other cosmetic uses possible—contact us for formulation guidance.

Self-Tanning Lotions & Creams

Creates a rich, buildable tan in moisturizing bases, ensuring even application and hydrated, golden-brown skin.
Self-Tanning Mousses & Foams

Provides deep, rapid color development in lightweight, easy-to-spread foam formats for a streak-free, professional-quality tan.
Clear Tanning Sprays & Mists

Ideal for water-based facial and body mists that develop over several hours, offering a convenient, non-staining application.
Gradual Tanning Moisturizers

Used at lower concentrations to create a subtle, buildable glow in daily moisturizers for a year-round healthy look.
Tanning Concentrates & Drops

Perfect for creating concentrated drops that can be mixed with a consumer's existing moisturizer or serum for a customizable tan.
Temporary Hair Colorants

Useful in specialty formats to create temporary brown tints on hair via reaction with hair keratin.

Performance & Formulation Insights for AccessTAN 8810

Mechanism of Action: The Maillard Reaction on Skin

AccessTAN 8810 develops color through the Maillard reaction, a non-enzymatic process where reducing sugars—Dihydroxyacetone (DHA) and Erythrulose—react with free amino groups in keratin within the stratum corneum. This reaction forms brown-hued polymers called melanoidins that tint the outermost layer of dead skin cells, creating the look of a tan without UV exposure.

The strength of this blend lies in its complementary reaction kinetics. DHA acts quickly, producing initial color within 2–4 hours. Erythrulose reacts more slowly, reaching full development in 24–48 hours. Together, they create a natural-looking, longer-lasting tan that fades more evenly and minimizes orange undertones compared to DHA alone.

Formulation Guidelines for Optimal Performance

For stability and best results, formulate AccessTAN 8810 at a final pH of 3.0–4.0. At pH > 4.5, DHA can degrade, causing product discoloration and reduced tanning efficacy. Dissolve the powder fully in the water phase at room temperature and avoid prolonged heating (preferably keep < 40°C). Incorporate chelating agents to bind trace metals and enhance stability.

Avoid combining with primary amines and certain metal oxides (e.g., titanium dioxide) that can destabilize or quench tanning activity. AccessTAN 8810 is compatible with common humectants like glycerin and hyaluronic acid. Typical usage: 2–5% for a light to medium tan; 5–10% for a medium to deep tan, depending on format and application method.

Key Formulation Benefits

Synergistic Color Development: Combines fast-acting DHA with slower Erythrulose for a deeper, more natural-looking result.
Reduced Orange Tones: Erythrulose helps counterbalance DHA’s tendency toward orange hues for an authentic golden-brown finish.
Longer-Lasting, Even Fade: Dual-phase development supports extended wear and a more uniform fade as skin exfoliates.
Optimized Stability: High-purity powder blend performs consistently within an acidic pH (3.0–4.0).
Streak-Free Finish: Balanced kinetics promote even color distribution, reducing the risk of patchiness.
Versatile Formats: Suitable for lotions, mousses/foams, clear sprays/mists, gradual tanners, and concentrated drops.

Heading #1
Benefits	Self-Tanning, Specialized Treatments
INCI Name	Dihydroxyacetone, Erythrulose
Usage Rate	2%-10%
Active Type	Specialized Treatments
Solubility	Water-Soluble
Application Area	Body, Face, Hair
Physical Form	Powder
Certifications	Cruelty-Free, Non-GMO, Vegan

Frequently Asked Questions About AccessTAN 8810

Use 2–5% for a light to medium tan and 5–10% for a medium to dark tan. Final intensity depends on the formula and application method.

Both actives are most stable and effective in an acidic environment, ideally pH 3.0–4.0. Higher pH accelerates DHA degradation, causing discoloration and weaker tanning performance.

Erythrulose develops more slowly than DHA, helping achieve a natural, less orange-toned color while reducing streaking and extending the tan’s longevity.

AccessTAN 8810 colors the outermost layer of skin via the Maillard reaction and does not trigger melanin production or provide UV protection. A sun tan involves melanin produced in deeper layers as a response to UV exposure.

Yes, with care. Avoid primary amines and certain metal oxides that can deactivate the actives. Compatible with humectants like glycerin and hyaluronic acid. Always verify final pH and stability.

Initial color appears in 2–4 hours from DHA; full development, enhanced by Erythrulose, occurs over 24–48 hours.

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