The extract
Nettle Leaf Extract: Multi-functional Botanical for Skin and Scalp Vitality
Botanical Identity: Urtica Dioica (Nettle) Leaf Extract is derived from the common nettle plant, known by trade names such as Stinging Nettle or just Nettle. Formulate Labs offers: the pure INCI ingredient, not a branded supplier SKU, ensuring transparency and flexibility for your cosmetic formulations.
Dual mechanism: For skin applications, Urtica Dioica Leaf Extract primarily protects the extracellular matrix through potent antioxidant activity, scavenging reactive oxygen species, and inhibiting key matrix metalloproteinase (MMP) enzymes like elastase and collagenase to help maintain structural integrity and a youthful appearance. For scalp and hair care, its bioactives inhibit the 5α-reductase enzyme, involved in sebum production and hair follicle cycles, complemented by suppressing pro-inflammatory signaling and stimulating Ki-67 expression to help prolong the anagen phase.
Use levels: For our 5% hydroglycerin stock, typical use levels range from 1.0% to 10.0%, allowing for flexible dosing to achieve desired product efficacy across various cosmetic applications.
Market context: Urtica Dioica Leaf Extract can be competitively positioned in three key market segments: as a high-performance active in Scalp & Follicle Therapy for the appearance of fuller, stronger hair; as a purifying and astringent botanical for Sebum Modulation in oily and blemish-prone skin; and within Clean-Label Anti-Aging for its broad-spectrum antioxidant defense and matrix degradation prevention.
Pricing context: While public B2B pricing data for cosmetic-grade liquid nettle extracts is sparse, the raw botanical powder's cost ($10-$26 USD/kg) suggests a cost-effective foundational material. Formulate Labs offers a competitive pricing ladder for our standardized liquid extract, with a 500g sample at $52.00 USD, 1 kg at $80.00 USD, and a 17 kg pail at $1,105.00 USD ($65.00/kg).
We ship a fixed 5% extract blend with selectable preservation - ready to meter into water-phase formulas at the use rates in the formulation guide below.*
Aqueous
Water-phase compatible