Kelco-Care™ diutan gum

Cleansing Hair-Care Skin-Care
China Compliant -Formerly CFDA

A versatile, efficient, naturally derived rheology modifier providing thickening, suspension and pigment compatibility even at low use levels. It delivers a nice silky sensory with no drag or stickiness. Suitable for Skin Care, Sun Care, Hair Care, Makeup, and Skin Cleansing

Kelco-Care™ diutan gum is a water-soluble biopolymer produced by fermentation designed specifically for use in cosmetics and other personal-care applications. Kelco-Care™ diutan gum has exceptionally good thermal stability, is compatible with high levels of alcohol and polyols, and is readily biodegradable. This innovative technology won the Innovation Zone Silver Prize for Functional Ingredients at In-Cosmetics Korea 2021. Kelco-Care™ diutan gum products are manufactured by CP Kelco U.S., INC. Kelco-Care™ is a trademark of CP Kelco and is used under license.

Function: <a href='/Personal-Care/Products/Product-Finder?ingredientType=Functional&functions=Rheology Modifier'>Rheology Modifier</a>&nbsp;/&nbsp;<a href='/Personal-Care/Products/Product-Finder?ingredientType=Functional&functions=Suspending Agent'>Suspending Agent</a>&nbsp;/&nbsp;<a href='/Personal-Care/Products/Product-Finder?ingredientType=Functional&functions=Thickener'>Thickener</a>

Ingredient Name: <div class="ExternalClass2AAF6741569041DAA9123FDDFCCDCFFF">Sphingomonas ferment extract</div>

Recommended Use level: 0.05 - 0.5 wt% as supplied

Sustainability: Readily biodegradable

  • Can impart fiber protection and split ends repair
  • Effective across a broad pH range, allowing formulation flexibility
  • Is not degraded by cellulase/amylase enzymes
  • Light skin feel
  • Provides long-term viscosity and system stability over a broad temperature range enabling product consistency over time for consumers
  • Provides 'no-drip' rheology to hair color formulations
  • Provides silky and conditioned sensory to the hair
  • Shear-thinning rheology for smooth flow in hair and skin products
  • Very efficient viscosity builder at lower total solids