Illuminating Coconut Cream Cleanser

Released by Coast Southwest, Inc.

By: TOM BRANNA

Editor

Ingredients

%

Phase A

Deionized water
55.33

Endiquest GLDA (Coast Southwest) (Tetrasodium glutamate diacetate)
0.15

Endinol Mild B-SF65 (Coast Southwest, Inc.) (Sodium cocoyl isethionate (and) cocamidopropyl hydroxysultaine (and) lauryl glucoside (and) cocamidopropylamine oxide (and) caprylyl/capryl glucoside)
24.00

Phase B

Rosehip oil (Coast Southwest, International Cosmetic Science Centre) (Rosa canina fruit oil)
3.00

Coconut Oil (Coast Southwest, International Cosmetic Science Centre) (Cocos nucifera (coconut) oil)
4.00

Stearic Acid (Coast Southwest.) (Stearic acid)
4.00

Endimulse EGMS (Coast Southwest, Inc.) (Glycol stearate)
3.00

Myristic acid (Coast Southwest.) (Myristic acid)
0.80

Palmitic acid (Coast Southwest) (Palmitic acid)
1.50

Phase C

NaOH 40% w/w solution (Sodium hydroxide)
0.80

Phase D

SharoSENSE Plus 181 (Coast Southwest, Sharon-Lab.)(Maltol (and) polyquaternium-80)
0.70

Phase E

GlyAcid 70 HP (Coast Southwest, CrossChem) (Glycolic acid)
1.70

NaOH 40% w/w Solution (Sodium hydroxide)
1.02

Procedure

Phase A–Add phase A ingredients in formula order to the main vessel with shear mixing and begin heating to 158-167˚F (70˚C-75˚C). Mix until fully uniform. Phase B–In a separate vessel, add phase B ingredients in formula order with propeller mixing and begin heating to 158˚F to 167˚F (70˚-75˚C). Once at desired temperature and fully uniform, add phase B to phase A under shear mixing. Mix until fully uniform and dispersed. Phase C–Add phase C to phase AB with shear mixing. Begin cool down. Phase D–When main vessel is at 122-140˚F (50-60˚C), add phase D with shear mixing. Mix until fully dispersed and uniform. Phase E–In a separate vessel, combine phase E ingredients with continuous mixing. Note: Reaction is exothermic. Allow time for neutralization above pH 4.2. Once main vessel is below 104˚F (40˚C), add phase E with shear mixing. Transfer to final container when batch is fully uniform and at room temperature.