82% High Dose Peptide Formula 30ml

A concentrated, fermentation-powered peptide treatment that firms, smooths, and restores skin density .With 82% active ingredient in a lightweight, water-thin texture that disappears into the skin , leaving it dewy, plumped, and visibly more resilient. For melanin-rich skin, a well-formulated peptide treatment is one of the most effective and lowest-risk anti-ageing investments available.

Why SkinSoko Loves It
The headline here is the concentration: 82% Saccharomyces/Hexapeptide-11 Ferment Filtrate Extract listed as the first ingredient. That is not a trace amount tucked deep in the formula, it is the formula. Most peptide products on the market deliver peptides at concentrations well under 10%, often as supporting actives rather than the lead. This is structurally different.
Hexapeptide-11 is a signalling peptide it communicates with fibroblasts (the cells responsible for producing collagen and elastin) to promote structural protein synthesis and improve skin density over time. K-beauty’s fermentation advantage comes in here: by fermenting Hexapeptide-11 with Saccharomyces yeast, the peptide is broken into smaller molecular fragments, making it more bioavailable and easier for the skin to absorb.
Palmitoyl Tripeptide-5 (at 27.5ppm) is a well-researched collagen-stimulating peptide – it mimics the skin’s own TGF-β pathway to trigger collagen production. Adenosine, a purine derivative derived from yeast, acts as a cell-energy compound that supports the skin’s repair processes and has been shown to improve elasticity with consistent use. Hydrolyzed Collagen provides surface-level hydration and smoothness, helping the skin feel and appear plumper between peptide-driven structural changes. Carnitine adds a less-commonly-seen benefit: it regulates sebum production, making this a rare peptide treatment that works across both dry and combination skin types without tipping into heaviness.
The result is a formula that works on longer-term structural improvement in firmness and skin density.