Daisy glycolic extract as a versatile botanical ingredient for stable formulation systems
Daisy glycolic extract is a plant-based raw material derived from Bellis perennis flowers using glycol as a solvent. This format preserves active compounds while allowing easy integration into modern formulation systems. Unlike dry extracts, it is ready to use and does not require additional dissolution.
In B2B manufacturing this ingredient is valued for its reliability and ease of use. It integrates smoothly into both aqueous and emulsion systems, does not require complex processing and performs consistently during scale-up.
Properties and functional role
The extract acts as a mild botanical active that distributes evenly within the formulation. It does not create sediment and does not interfere with system stability.
The glycol base improves compatibility with other ingredients and simplifies incorporation into water phase.
Properties and result
Formulations become more balanced and pleasant in use. The ingredient helps create a smoother and more refined product experience.
From a technical perspective it does not significantly affect viscosity, clarity or appearance when used correctly.
Purpose
Used as a functional ingredient in cosmetic formulations focused on gentle care and balanced systems.
Applied in SPA products, professional lines and multi-active formulations in contract manufacturing.
Application
Suitable for serums, creams, gels, masks and toners. Compatible with niacinamide, panthenol, hyaluronic acid and other botanical extracts.
It is added during the cooling phase and does not require complex conditions.
Recipe
Balancing serum with daisy extract
Ingredients:
Water — 71 g
Glycerin — 4 g
Daisy glycolic extract — 5 g
Niacinamide — 2 g
Xanthan Gum — 0.4 g
Polysorbate 20 — 1 g
Phenoxyethanol — 0.8 g
Panthenol — 2 g
Cucumber extract — 4 g
Lactic acid — 0.4 g
Technology: Heat water phase to 70°C and hydrate thickener. Cool to 40°C, add extract and actives, adjust pH and mix until uniform.
Instruction: Add during cooling phase to preserve properties. Monitor pH and ensure even distribution.
Manufacturing stability
The extract performs reliably in production and scales well. It provides consistent results and supports stable batch-to-batch performance in industrial manufacturing.