Uniform dispersion in water.
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Uniform dispersion in water.
Ensures consumer-friendly texture and taste.
This technology enables hydrophobic natural ingredients to disperse more easily in water. No solvents, no surfactants, and nothing that messes with what makes them natural.
This technology enables hydrophobic natural ingredients to disperse more easily in water. No solvents, no surfactants, and nothing that messes with what makes them natural.
Nutriventia Enhanced Delivery For Greater Efficacy is the proprietary multi-delivery platform that brings out the best of nature. Built on more than four decades of pharmaceutical expertise, this platform enables ingredients to perform better, absorb efficiently, and remain stable across formats. Each module under Nutriventia E.D.G.E. is precision-designed to overcome a specific limitation of natural actives, unlocking their full potential for today’s health-forward formulations.
Natural ingredients often resist water, making them tough to use in beverages, unless paired with synthetic helpers.
Dispersible Solutions, a Nutriventia EDGE technology, enhances ingredient performance by optimizing the physical characteristics of the active, enabling improved dispersion and formulation versatility.
Hydrophobic actives are processed using low-heat technology and carefully selected food-grade excipients to improve dispersibility and handling characteristics, without synthetic additives and while preserving ingredient integrity.
Clean-label, mix-ready nutrition for consumers. Natural dispersibility and intact efficacy for brands.
Enhanced actives are virtually tasteless, without added sweeteners
Backed by a proprietary, validated approach to flavour neutrality.
Brands can craft unique flavour profiles without interference.
No artificial masking agents or unnecessary excipients.
Works across tablets, powders, liquids, and chewables.
Ensures consumer-friendly texture and taste.

Uses only food-grade excipients—no synthetic surfactants.

Low-heat process preserves the active’s full potential.

Functions effectively from 5°C to 150°C

Improved dispersion supports better absorption in the body.
