Soltex OPT
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Aculyn™ Rheology Modifiers
Pour on more performance
Aculyn™ rheology modifiers can help you adjust flow properties, stabilize and thicken formulations, suspend particles in clear solutions, and make formulations more gentle by using them as polymeric emulsifiers. Aculyn™ rheology modifiers allow for a wide breadth of possible formulation and product types, including gels, emulsions and clear solutions.

  Aculyn™
22 28 33 38 44 46 88
Chemistry HASE HASE ASE ASE HEUR HEUR HASE xl
Association Very high Very high None None Very high Very high Very high
Ionic Nature Anionic Anionic Anionic Anionic Aonionic Nonionic Anionic
Solvent Water Water Water Water 60/40
PG/water
Water Water
pHs 2.7 3 3 2.7 8-9 6-8 3.8
Rheology Short, non stringy Short, non stringy Short, buttery Short, smooth Stringy, tacky Stringy, tacky Short, non stringy
Salt Tolerance Exc. Exc. Good Good Exc. Exc. Good
Sheer Thinning Exc. Exc. Good Exc. Good Good Exc.
Low pH Compatibility Good Good No Fair Exc. Exc. Good
Anionic Compatibility Exc. Exc. Exc. Exc. Good Good Exc.
Nonionic Compatibility Exc. Exc. Exc. Exc. Exc. Exc. Exc.
Cationic Compatibility Some Some No Good Exc. Exc. Some

*The values presented in this chart should not be considered as product specifications.

ACULYN™ 22
A very efficient thickener for difficult to thicken surfactant systems.

ACULYN™ 28
A very efficient thickener for a wide array of personal care formulations.

ACULYN™ 33
Effective thickener particularly suited to formulations containing polar solvents.

ACULYN™ 38
Effective thickener particularly suited to clear surfactant formulations.

ACULYN™ 44
Excellent thickener for inorganic sunscreen formulations.

ACULYN™ 46
Efficient shear thinning thickener compatible with cationics.

ACULYN™ 88
Excellent thickener for high surfactant formulations that adds lipid texture.

 

ADDITIONAL LITERATURE

Aculyn™ Rheology Modifiers Selection Guide

Multifunctional Synthetic Rheology Modifiers for Personal Care Formulations: More Than Just Thickeners! - by Dr. Charles E. Jones, Distinguished Scientist, Rohm and Haas Company, from Cosmetic Science Technology 2005