Dry Skin (Xerosis)
Dry skin (xerosis) results from inadequate hydration of the stratum corneum, either from reduced sebum production, impaired barrier function, environmental factors, or excessive use of harsh cleansing products. It presents as rough, flaky, tight, sometimes itchy skin.
Relevance to Peat Therapy
Peat addresses dry skin through multiple moisturizing mechanisms: polysaccharide humectants attract water, lipid/wax emollients soften skin, and the peat matrix provides temporary occlusion. pH compatibility preserves the acid mantle. Anti-inflammatory effects help if dryness is accompanied by irritation. Peat face masks and body treatments leave skin hydrated and smooth.
Evidence Landscape
Evidence is primarily experiential and mechanism-based. No direct clinical trials of peat for xerosis. The moisturizing properties of peat applications are well-established from clinical observation in spa settings and from product user experience.
How Does Peat Help?
The biological mechanisms through which peat addresses this condition.
Antioxidant Effects
Chelation
Hyaluronidase Inhibition
Transdermal Mineral Delivery
Moisturizing Effects
pH Regulation
Treatment Options
Evidence & Claims
Leave-on peat cream provides sustained moisturizing through humectant, emollient, and occlusive action
Peat face masks deliver intensive hydration and leave skin softer
Full-body peat wraps for intensive moisturizing and skin conditioning
Peat soap cleanses without stripping — pH-compatible with skin acid mantle
Peat bath additives provide whole-body moisturizing immersion
Peat foot soaks address dry, cracked heel skin