30600 Aurora Road, Suite 180
Solon, Ohio 44139
t: (440) 561 0510
30600 Aurora Road, Suite 180
Solon, Ohio 44139
t: (440) 561 0510
Non-GMO, mild, readily biodegradable and free from 1,4-dioxane, VOCs, palm oil, and Proposition 65-listed materials
Compliant with global standards and listings including REACH, TSCA, EPA Inert, USDA Biopreferred, ISO 16128, CleanGredients and more
Work synergistically with common formulation ingredients, including traditional surfactants, enzymes and actives
Highly effective with broad pH range activity, high potency at low dosage rates and cost-effective in use.
Locus Ingredients’ glycolipid blends are highly effective in diverse formulation types and functions across:
Personal Care
Home Care
Industrial & Institutional Cleaning
CASE (Coatings, Adhesives, Sealants, Elastomers)
From home care to industrial lubricants, our biosurfactants are designed to meet the specific performance, environmental and regulatory needs of each formulation.
Locus Ingredients gives formulators the tools to elevate functionality, reduce additive load and meet sustainability demands.
Locus Ingredients’ glycolipid blends deliver next-level performance through powerful structural advantages unmatched by chemical surfactants and other biobased alternatives. They give formulators the tools to elevate functionality, reduce additive load and meet sustainability demands.
Improve surface coverage and allow for deeper cleaning and better wetting—enabling lower surfactant loads.
Complex molecules can act as emulsifiers, solubilizers, foaming agents and detergents—reducing the need for multiple additives.
Wet and penetrate porous surfaces more effectively, improving dispersion, grease removal and delivery of active ingredients.
Maintains efficacy at low inclusion rates, resulting in better performance with lower cost-in-use.
The unique molecules deliver rapid surface activity at low dosages with minimal impact on formulation cost or compatibility. Whether used alone or as co-surfactants, they improve performance while reducing environmental and health concerns.