PORE REDUCTYL 1 kg

Pore Reductyl for skin texture smoothing and visual refinement formulas

Pore Reductyl is a water soluble cosmetic active derived from Fomes officinalis mushroom extract in a water glycol system. The ingredient format ensures formulation stability and ease of use in production. It can be incorporated directly into aqueous phases and emulsions without pre processing, making it suitable for both industrial manufacturing and independent cosmetic formulation.

Properties and skin appearance outcome

Pore Reductyl supports a smoother and more refined skin appearance. In cosmetic formulations the ingredient improves the visual perception of skin texture, providing a balanced matte look and a more even surface. After application pores appear less visible, while the skin looks well maintained without dryness or heaviness.

The ingredient works through immediate visual refinement and enhanced sensory comfort, contributing to light and pleasant application properties.

Application across industries

Pore Reductyl is used in serums, creams, gels, fluids and emulsions designed for combination and oily skin. It is suitable for facial care products focused on visual smoothing and mattifying effects. The ingredient is widely applied in private label developments, small laboratories and serial cosmetic production.

Recipe for a balancing gel with Pore Reductyl

Purified water 68 g
Butylene Glycol 12 g
Pore Reductyl 10 g
Glycerin 4 g
Gelling agent 3 g
Preservative 1 g

To prepare the gel purified water is placed into a mixing vessel and the gelling agent is added with gentle stirring until a uniform structure forms. Glycerin and Butylene Glycol are then incorporated while mixing continues. Pore Reductyl is added next and evenly dispersed throughout the gel. At the final stage the preservative is introduced, the mixture is blended until homogeneous and left to stabilize before filling.

Pore Reductyl is intended for B2B use and the development of stable cosmetic systems with reproducible visual texture refinement and consistent formulation performance.