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Cosmetics Ingredients
The material selection platform
Cosmetics Ingredients
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Products Compatible with Propylparaben

Based on HSP Distance

Products Compatibility & HSP Distance

Hansen Solubility Parameters (HSP) helps to predict the compatibility of ingredients.

It is based upon the “like seeks like” principle. It splits an ingredients interactions into three parameters :
- δD (Dispersion force interactions)
- δP (Polar forces interactions)
- δH (Hydrogen bond force interactions).

If ingredients have matching HSP’s (distance=0) then they will be completely compatible. If there is a small distance between them then they are predicted to have good but not perfect compatibility. As the HSP distance gets larger the ingredients will become more incompatible.

In general, ingredients having an HSP distance below 2 will have good compatibility. Between 2 and 4, you will have medium compatibility. Above 4, you will have limited to no compatibility.

Most HSP values used to calculate the distance are estimates. Information provided below is to be used as an indication of compatibility.
11 products match your search
Product Name
Supplier
Description
HSP Distance: 3.2
Acts as foam booster and stabilizer when blended with anionic surfactants... view more
INCI
  • LINOLEAMIDE DEA
HSP Distance: 3.2
Low free diethanolamine version of a 1:1 mole ratio diethanolamide of predominantly linoleic fatty acid. As such, this product is compatible with anionic, nonionic, amphoteric and cationics... view more
INCI
  • LINOLEAMIDE DEA
HSP Distance: 3.2
Acts as foam booster and stabilizer when blended with anionic surfactants. Used for solid applications such as a slow-release detergent block, impregnated soap pads, pearling agent, or bar soap... view more
INCI
  • RICINOLEAMIDE DEA
HSP Distance: 3.5
Oleamide DEA. MACKAMIDE® MO by Solvay acts as a wetting agent, foam booster and non-ionic surfactant. MACKAMIDE® MO is used for solid applications such as a slow-release detergent block, impregnated... view more
INCI
  • OLEAMIDE DEA
HSP Distance: 3.5
Acts as foam booster and stabilizer when blended with anionic surfactants. Used for solid applications such as a slow-release detergent block, impregnated soap pads, pearling agent, or bar soap... view more
INCI
  • OLEAMIDE DEA
HSP Distance: 3.5
Acts as foam booster and stabilizer when blended with anionic surfactants. Used for solid applications such as a slow-release detergent block, impregnated soap pads, pearling agent, or bar soap... view more
INCI
  • OLEAMIDE DEA
HSP Distance: 3.5
Oleamide DEA. Acts as foam booster and stabilizer when blended with anionic surfactants. Used for solid applications such as impregnated soap pads, pearling agent, or bar soap additive... view more
INCI
  • OLEAMIDE DEA
HSP Distance: 3.7
Pure lauric momoethanolamide which is designed for use in household and cosmetic preparations. Excellent viscosity index improver and foam stabilizer. Has very low residual free amine and is a... view more
INCI
  • LAURAMIDE MEA
HSP Distance: 3.7
Acts as foam booster and stabilizer when blended with anionic surfactants. Used for solid applications such as impregnated soap pads, pearling agent, or bar soap additive. Slightly soluble in... view more
INCI
  • LAURAMIDE MEA
HSP Distance: 3.7
Lauramide MIPA. MACKAMIDE® LPA by Solvay acts as a high purity, non-ionic surfactant, viscosity builder and foam stabilizer. Designed for use in cosmetic preparations. MACKAMIDE® LPA has a very low... view more
INCI
  • LAURAMIDE MIPA
HSP Distance: 3.7
Acts as foam booster and stabilizer when blended with anionic surfactants. Used for solid applications such as impregnated soap pads, pearling agent, or bar soap additive... view more
INCI
  • STEARAMIDE MEA
Sanyo Chemical Surfactants
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