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Peptide raw materials

Peptides offer a variety of viable research avenues for anti-aging, restorative and efficacious cosmetics due to their unique biological activities.

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Scientific overview

The main role and scientific mechanism of peptides in cosmetics

Anti-Aging

Signal peptides: By activating fibroblasts, they promote the production of collagen, elastin and hyaluronic acid to fill in wrinkle depressions and improve skin elasticity.

Wrinkle Improvement

Neurotransmitter Inhibiting Peptide: Inhibits muscle contraction signals and reduces expression lines by blocking the formation of SNARE complex.

Barrier Repair

Copper peptide: up-regulates the expression of tight junction proteins, reduces transepidermal water loss and promotes lipid ordering in the stratum corneum.

Whitening and pigmentation

Inhibits melanin signalling, mimics the structure of alpha-MSH, competitively binds to the melanocyte receptor MC1R and reduces tyrosinase activation to brighten skin tone.

Antioxidant

Metal ion chelation, copper peptides and manganese peptides attenuate UV-induced MMP elevation by scavenging free radicals and repairing oxidatively damaged collagen.

Promotes microcirculation

Acetyl Tetrapeptide-5 improves puffiness and dark circles around the eyes by inhibiting Angiotensin Converting Enzyme (ACE) and reducing capillary leakage.

Cosmetic Peptide Library

We have a rich library of cosmetic peptides to address the raw materials required for various routes.

Anti-Aging 62

repair 58

Antioxidant 69

regeneration 89

Research capacity

Experts in the dual fields of organic chemistry and biology can assist you in process discovery and production from early mg-scale R&D to kg-scale commercialisation, with full-link technical support.

synthetic facility

With a variety of synthetic reactors 20, 50L, 100L, to meet the needs of R & D and commercialisation in different scenarios, and equipped with ultra-high-pressure flow rate preparative HPLC will be purification and separation speed up.

Multiple synthesis methods

A wide range of peptide synthesis methods, including solid-phase synthesis, liquid-phase synthesis, combined liquid-solid synthesis, reverse solid-phase peptide synthesis, and microbial fermentation, provide you with a variety of options to optimise your choice in terms of quality and cost-effectiveness.

aseptic environment

Any scientific research and production process is always realised in an ultra-highly aseptic Class 100 environment, guaranteeing products of the highest cleanliness standards.