The Science
How peat works — the biological mechanisms behind therapeutic and cosmetic effects.
Anti-Inflammatory & Immune
3 mechanismsAnti-inflammatory Effects
Peat's most clinically significant mechanism — humic and fulvic acids suppress TNF-α, IL-1β, and IL-6 through the same pathways pharmaceutical anti-inflammatories target.
Anti-pruritic Effects
Blocks histamine release and reduces the inflammatory signals that trigger itch, interrupting the itch-scratch cycle at its source.
Immunomodulatory Effects
Rebalances an overactive immune response rather than simply suppressing it — relevant to autoimmune-driven conditions like psoriasis and eczema.
Protective
3 mechanismsAntioxidant Effects
Neutralizes free radicals through phenolic hydroxyl groups and locks up pro-oxidant metal ions via chelation — two pathways working simultaneously.
Antimicrobial Effects
A multi-front attack on bacteria and fungi — membrane disruption, enzyme inhibition, an acidic environment, and metal deprivation all at once.
Photoprotective (UV-Absorbing) Effects
Humic substances physically absorb UV-B and UV-A radiation before it reaches skin cells — a distinct, early-stage mechanism from antioxidant free-radical mopping-up.
Repair & Regeneration
2 mechanismsWound Healing Promotion
Fulvic acids stimulate fibroblast proliferation and angiogenesis, unstick stalled inflammation, and protect the wound bed from infection.
Hyaluronidase Inhibition
Humic acids slow the enzyme that breaks down your skin's own hyaluronic acid, preserving hydration and elasticity from within.
Physical & Barrier
5 mechanismsThermal Retention
Peat holds heat far longer than water, delivering sustained warmth that increases blood flow, relaxes muscles, and enhances absorption of its own bioactive compounds.
Astringent Effects
Tannins and phenolics precipitate surface proteins, producing the immediate skin-tightening sensation felt after a peat face mask.
Moisturizing Effects
Delivers all three moisturizing mechanisms at once — humectant polysaccharides, emollient lipids, and an occlusive peat matrix — in a single material.
pH Regulation
Peat's natural acidity matches the skin's own acid mantle, reinforcing the barrier rather than stripping it the way alkaline soap does.
Keratolytic Effects
Humic acids, organic acids, and sulfur compounds work together to soften and loosen the bonds holding dead skin cells together.
Delivery & Circulation
3 mechanismsTransdermal Mineral Delivery
Fulvic acids act as a carrier, wrapping mineral ions like zinc, iron, and magnesium so they can cross the skin barrier in a form cells can use.
Chelation
Humic and fulvic acids grip metal ions with carboxyl and phenolic groups — the same mechanism that both detoxifies harmful metals and delivers beneficial ones.
Microcirculation Stimulation
A preliminary, non-thermal increase in dermal capillary blood flow observed after unheated peat mask application, distinct from heat-driven vasodilation.