Skincare Ingredient

Save ingredients to your skin profile and we'll use them when you look up products — instantly flagging what's reactive, neutral, or works well for your skin.

Sd alcohol 46

Save ingredients to your skin profile and we'll use them when you look up products — instantly flagging what's reactive, neutral, or works well for your skin.

In Skincare: Is Sd alcohol 46 Safe? Comedogenic Rating & Side Effects

Overview

Ingredient Profile

No scientific description available.

Classifications

Solvent

Role of Sd alcohol 46

Active Cosmetic Mechanisms

ASTRINGENT

Pore Tightener

Temporarily tightens pores and reduces excess oil

SCIENTIFIC ANALYSIS

// Evidence: Astringents cause temporary contraction of skin tissues through protein coagulation and precipitation. Common astringents include alcohol, witch hazel (containing tannins), alum (aluminum potassium sulfate), and plant tannins. The mechanism involves inducing vasoconstriction, precipitating proteins in cell membranes, and denaturing surface proteins which creates temporary tightening sensation.

SOLVENT

Ingredient Dissolver

Dissolves other ingredients to create uniform formulations

SCIENTIFIC ANALYSIS

// Evidence: Solvents dissolve, dilute, or disperse other ingredients creating homogeneous solutions. Water is universal solvent for hydrophilic ingredients. Organic solvents include ethanol (dissolves fragrances, some actives), propylene glycol, and glycerin. Selection based on polarity matching between solvent and solute. Mechanism involves disrupting intermolecular forces in solute and surrounding with solvent molecules. Critical for maintaining ingredient solubility and product stability.

VISCOSITY CONTROLLING

Thickness Regulator

Adjusts product thickness and flow properties

SCIENTIFIC ANALYSIS

// Evidence: Viscosity controlling ingredients modify product flow characteristics through thickening or thinning. Thickeners include natural gums (xanthan, guar), synthetic polymers (carbomers, acrylates), and inorganic thickeners (silica, clays). Mechanism varies: polymer chain entanglement, hydrogen bonding networks, particle association, or swelling. Rheology modifiers create desired texture, prevent separation, control application properties, and affect sensory perception. Can produce Newtonian (constant viscosity) or non-Newtonian (shear-thinning, thixotropic) flow behavior.