CL-F0016(AP) Mild Facial Cleanser: Soap-Based - Lubrizol
CL-F0016(AP) Mild Facial Cleanser: Soap-Based - Lubrizol
CL-F0016(AP) Mild Facial Cleanser: Soap-Based - Lubrizol
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<strong>Mild</strong> <strong>Facial</strong> <strong>Cleanser</strong>: <strong>Soap</strong>-<strong>Based</strong><br />
Carbopol ® * Aqua SF-1 Polymer provides stabilization and enhanced pearlescence to this facial cleanser formula, which contains a high level<br />
of free fatty acid. Hydramol* PGDS Ester serves as a light conditioner and also enhances viscosity.<br />
:<br />
INCI Name, Trade Name Weight % Function<br />
A. 1. Lauric Acid,<br />
POFAC-1299<br />
2. Myristic Acid,<br />
Edenor ® C14 98/100<br />
3. Stearic Acid,<br />
1801<br />
4. Cetearyl Alcohol (and) Ceteareth-20,<br />
Promulgen* D Emulsifier<br />
5.33 Fatty Acid <strong>Soap</strong><br />
4.00 Fatty Acid <strong>Soap</strong><br />
10.67 Fatty Acid <strong>Soap</strong><br />
2.00 Emulsifier<br />
5. Methylparaben 0.20 Preservative<br />
B. 6. Deionized Water 5.53 Diluent<br />
7. Potassium Hydroxide (91.5 %) 4.12 Neutralizer<br />
8. Glycerin 15.00 Humectant<br />
9. Propylene Glycol 5.00 Humectant<br />
C. 10. Sodium Lauroyl Sarcosinate (30 %)** 25.00 Surfactant<br />
11. Cocamidopropyl Betaine (30 %)** 5.00 Surfactant<br />
12. PEG-90 Diisostearate,<br />
Hydramol* PGDS Ester<br />
1.00 Conditioner<br />
D. 13. Disodium EDTA 0.05 Chelating Agent<br />
14. Deionized Water 2.00 Diluent<br />
E. 15. Acrylates Copolymer (30 %),<br />
Carbopol ® * Aqua SF-1 Polymer<br />
5.00 Rheology Modifier<br />
16. Deionized Water 10.00 Diluent<br />
F. 17. Fragrance,<br />
Fragrance Youhuo 173<br />
0.10 Fragrance<br />
**This formulation was developed using regionally supplied surfactants. The specific surfactants used may<br />
impact formulation properties.<br />
- Continued Next Page -<br />
Product Properties:<br />
Appearance Pearlized viscous white cream<br />
pH (10% aqueous dilution) 8.8 – 9.2<br />
Viscosity (mPa·s)*** 45,000 – 55,000<br />
Yield Value (dyn/cm²) 2,000 – 2,500<br />
Stability Passed 3 months @ 45°C<br />
Passed 5 freeze/thaw cycles<br />
Carbopol ® * Aqua SF-1<br />
Polymer Actives (wt.%) 1.5<br />
<strong>Soap</strong> (wt.%) 24.0<br />
Surfactant Actives (wt. %) 9.0<br />
<strong>CL</strong>-<strong>F0016</strong>(<strong>AP</strong>)<br />
*** Brookfield DV-II @ 20 rpm, @ 25°C #7 spindle, after 24 hours<br />
Supplier References:<br />
Southern Acid (1, 3)<br />
Cognis (2)<br />
<strong>Lubrizol</strong> Advanced Materials, Inc. (4, 12, 15)<br />
UENO (5)<br />
Sinopharm (8, 9)<br />
Givaudan (17)<br />
<strong>CL</strong>-<strong>F0016</strong>(<strong>AP</strong>)<br />
(<strong>CL</strong>F-004)<br />
Edition: November 14, 2012<br />
Reference # SHPWR05173<br />
Book #: <strong>AP</strong>PC-006-03-78 (RS)<br />
Previous Editions: 11/2/2007, 6/8/2006<br />
Original Edition: Jan. 2006<br />
<strong>Lubrizol</strong> Advanced Materials, Inc. / 9911 Brecksville Road, Cleveland, Ohio 44141-3247 / TEL: 800.379.5389 or 216.447.5000<br />
The information contained herein is being furnished for<br />
informational purposes only, upon the express condition<br />
that the User makes its own assessment of the appropriate<br />
use of such information. While the information contained<br />
herein is believed to be reliable, no representations,<br />
guarantees or warranties of any kind are made as to its<br />
accuracy, suitability for a particular application or the<br />
results to be obtained herefrom. <strong>Lubrizol</strong> Advanced<br />
Materials, Inc. ("<strong>Lubrizol</strong>") cannot guarantee how any<br />
products associated with this information will perform<br />
in combination with other substances or in User’s<br />
process. Due to the variations in methods, conditions<br />
and equipment used commercially in processing these<br />
materials, no warranties or guarantees are made as to<br />
the suitability of the information/products for the<br />
applications disclosed. <strong>Lubrizol</strong> shall not be liable and<br />
the User assumes all risk and responsibility for, any use<br />
or handling of any material beyond <strong>Lubrizol</strong>'s direct<br />
control. LUBRIZOL MAKES NO WARRANTIES,<br />
EXPRESS OR IMPLIED, IN<strong>CL</strong>UDING, BUT NOT<br />
For further information, please visit: www.lubrizol.com/personalcare<br />
<strong>Lubrizol</strong> Advanced Materials, Inc. is a wholly owned subsidiary of The <strong>Lubrizol</strong> Corporation<br />
*Trademark owned by The <strong>Lubrizol</strong> Corporation<br />
© Copyright 2012 / The <strong>Lubrizol</strong> Corporation<br />
LIMITED TO, THE IMPLIED WARRANTIES OF<br />
MERCHANTABILITY OR FITNESS FOR A<br />
PARTICULAR PURPOSE. It is the User’s sole<br />
responsibility to determine if there are any issues<br />
relating to patent infringement of any component or<br />
combination of components relating to the supplied<br />
information. Nothing contained herein is to be<br />
considered as permission, recommendation, nor as<br />
an inducement to practice any patented invention<br />
without the permission of the patent owner.
<strong>Mild</strong> <strong>Facial</strong> <strong>Cleanser</strong>: <strong>Soap</strong>-<strong>Based</strong> <strong>CL</strong>-<strong>F0016</strong>(<strong>AP</strong>)<br />
Procedure:<br />
1. PART A: Melt ingredients maintaining the temperature at 75°C.<br />
2. PART B: Add Potassium Hydroxide to water, and heat to 75°C with<br />
agitation. Mix until dissolved. Add Glycerin & Propylene Glycol. Mix<br />
well for a minimum of 15 minutes.<br />
3. Add PART B quickly to PART A with high speed agitation. Keep the<br />
temperature at 80-85°C and maintain moderate mixing for 60 minutes.<br />
4. After saponification is complete, add PART C (Ingredients 10, 11, 12)<br />
with agitation. Mix until the batch is homogenous.<br />
5. PART D: In a separate vessel, disperse Disodium EDTA into deionized<br />
water.<br />
6. PART E: In a separate vessel, disperse Carbopol ® * Aqua SF-1<br />
Polymer into deionized water with gentle agitation.<br />
7. Cool main batch (PARTS A, B, C) to 55-60°C. Add PARTS D & E. Mix<br />
until uniform.<br />
8. Maintain a temperature of the batch at 45-50°C for 20 minutes. Then<br />
begin cooling.<br />
9. When temperature is at 35°C, add PART F ingredient to batch. Mix until<br />
uniform. Mix for 15-30 minutes until the formula is uniform.