KING DIY LAB / FORMULATION GUIDE
Cosmetic Peptides for Skin & Hair Care
Explore cosmetic peptides for topical skincare and hair care formulas. Start with an ingredient, then follow the links to product information, formulation references and mixing tools.
Choose a cosmetic peptide
These listings are raw formulation ingredients. Pack sizes and prices appear on each product page.
- GHK-CuSmoother, firmer-looking skin
- AHK-CuScalp & hair conditioning
- SYN-AKEExpression-line care
- SNAP-8Fine-line care
- Matrixyl 3000Firmness-focused skin care
- Biotinoyl Tripeptide-1Hair-conditioning peptide
- SYN-COLLFirmness-focused skin care
- Acetyl Hexapeptide-38Fuller-looking skin
- KPVSkin-conditioning peptide · Coming soon
- Dipeptide-2Puffiness-focused skin care
Find a serum recipe or formulation reference
Our Recipe Lab includes recipe guides, formula references and concepts in development. Check each page’s status: a concept with pending amounts is not a complete recipe.
Browse all DIY skincare recipes and formulas →Plan your formula
- Read the ingredient guide and product details for the material you have.
- Review ingredient compatibility and the pH guidance for your complete formula.
- Choose a complete formula before using the batch calculator to scale it.
A compatibility suggestion does not establish the stability, preservation or shelf life of a finished formula. Raw cosmetic ingredients are for topical formulation, not injection.
Common formulation questions
Is a raw cosmetic peptide a ready-to-use serum?
No. A raw ingredient must be incorporated into a suitable cosmetic formula. For products you can use without formulating, browse our ready-to-use serums.
Can I use a powder at the same percentage as a peptide solution?
Do not treat the two as interchangeable. The active concentration and composition of the supplied material determine how an amount should be interpreted.
Where can I find mixing and pH information?
Start with the Ingredient Guide, then review the notes for your chosen recipe. Our pH adjustment guide explains the adjustment workflow.
