Cyamop-Sistetragonolobus Gum\ Sorbitol

TL;DR. This ingredient primarily acts as a water-phase thickener, texture builder, and stabilizer, with added humectant support from its polyol component. It helps improve slip, viscosity, and moisture feel in gels, lotions, cleansers, and hair products.

What does Cyamop-Sistetragonolobus Gum\ Sorbitol do in a cosmetic formula?

This ingredient primarily acts as a water-phase thickener, texture builder, and stabilizer, with added humectant support from its polyol component. It helps improve slip, viscosity, and moisture feel in gels, lotions, cleansers, and hair products.

Is Cyamop-Sistetragonolobus Gum\ Sorbitol clean?

This ingredient is generally well accepted in clean-beauty frameworks and has low irritation concern for most users. The main formulation watchout is quality control, since poorly purified natural polymers can vary in odor, color, and microbial load.

Is Cyamop-Sistetragonolobus Gum\ Sorbitol sustainable?

This material is typically plant-derived and readily biodegradable, with a favorable environmental profile compared with persistent synthetic film-formers. Agricultural sourcing and water use can vary by supplier, so traceability and responsible farming practices matter.

Is Cyamop-Sistetragonolobus Gum\ Sorbitol COSMOS-approved?

This ingredient is generally compatible with COSMOS-natural and COSMOS-organic formulations when made from approved natural feedstocks and processed by allowed methods. It aligns well with Green Chemistry through renewable sourcing, water compatibility, biodegradability, and low concern for environmental persistence.

How does Cyamop-Sistetragonolobus Gum\ Sorbitol work chemically?

The thickening fraction is a high-molecular-weight galactomannan polysaccharide, while the humectant fraction is a six-carbon sugar alcohol that binds water through multiple hydroxyl groups. In finished formulas, the thickening portion is often effective around 0.1% to 1%, while the humectant portion is commonly used in the low single digits up to about 10%, with best hydration achieved by good dispersion before full viscosity build.

Last updated 2026-05-14