마스터텍스트스타일을편집합 니다. Tearless & Mild Anionic Surfactant - ELOTANT MILCOSIDE 520SN - 둘째수준셋째수준넷째수준다섯째수준

Transcription

1 Tearless & Mild Anionic Surfactant 둘째수준셋째수준넷째수준다섯째수준 - ELOTANT MILCOSIDE 520SN -

2 Trend in Surfactants Sustainable - Natural - Biodegradable Chemical free 둘째수준 - Sulfate-free 셋째수준 - EO-free 넷째수준다섯째수준 - Preservative-free Good performance - Good foaming & feeling(for personal care) Mild for skin

3 Issues in using SLES Issues in Using SLES - 1,4-Dioxane in SLES - 1,4-dioxane is known to cause cancer in animals and is listed - Sulfate in SLES 둘째수준셋째수준넷째수준다섯째수준 as probable human carcinogens. - SLES is an irritant because of sulfate group in SLES, and causes skin trouble and dry skin.

4 Description MILCOSIDE 520SN (AGS) H O CH 2 OH OH O HO < AG > n 둘째수준셋째 OR 수준넷째수준다섯째수준 H O CH 2 O-CH 2 CHCH 2 SO 3 Na OH O HO OH < AG Sulfonate > n OR

5 Description Specification 1 INCI Name Sodium Laurylglucosides Hydroxypropylsulfonate 2 CASR-No 둘째수준셋째수준넷째수준다섯째수준 3 Appearance Clear, yellow liquid 4 Active Matter 38.0 ~ 42.0% 5 ph, 10% Solution 6.5 ~ 7.5

6 Advantages & Applications Advantages Mild anionic surfactant. Good Foaming Performance. Safe for Human and Nature Excellent stability over broad ph Properly in Wash off products Preservative Free Applications Shampoos Body Washes & Gels Facial Washes Personal Care Wipes 둘째수준셋째수준넷째수준다섯째수준 Baby Cleansing Applications Dish washing

7 Foaming property Foam ability of AGS is better than Lauryl Glucoside Ross Miles method 둘째수준셋째수준넷째수준다섯째수준 (As raw materials - active 0.1%) (As shampoos %)

8 Foaming property No. sample height (mm) No. sample height (mm) 1 AGS AGS Disodium laureth sulfosuccinate Potassium cocoyl glycinate 27 3 TEA-Cocoyl glutamate Sodium cocoyl Alaninate Sodium methyl cocoyl taurate 177 둘째수준셋째수준넷째 Foam 수준 Performance 다섯째수준 * Ross miles (As raw materials - active 0.1%) 7 AGS + Disodium laureth sulfosuccinate AGS + TEA-Cocoyl glutamate AGS + Sodium cocoyl Alaninate AGS + Potassium cocoyl glycinate AGS + Sodium methyl cocoyl taurate 192 > 30% ( AGS : secondary surfactant = 7:3 ) AGS DISODIUM LAURETH SULFOSUCCINATE TEA-COCOYL GLUTAMATE SODIUM COCOYL ALANINATE POTASSIUM COCOYL GLYCINATE SODIUM METHYL COCOYL TAURATE

9 Viscosity in standard surfactant effect 마스터 * Surfactant 텍스트 15% ( SLES : AG(S)= 7:3 스타일을 ) / Polymer 0.4% ( Brookfield S64, 12rpm 편집합 ) Sample 둘째수준셋째수준넷째수준다섯째수준 Viscosity (CPS) 1 SLES + PQ SLES + AGS + PQ SLES + AG200 + PQ Using AGS shows better viscosity effect than standard SLES system.

10 Performance AGS has better performance than AG in the shampoo ( Hair tress Test ) AG based shampoo vs. AGS based shampoo Dry smoothness Dry softness 둘째수준 3 셋째수준넷째수준 2 다섯째수준 Foam amount 4 Foam feel Rinsing feel Residual Detangling Wet softness AG AGS =AG 10% = AG 8.5% + AGS 1.5%

11 Performance AGS based shampoo has better performance than SLES based shampoo. (AGS based shampoo : AGS + SCI (7:3), Home use test) AGS based shampoo vs. SLES based shampoo Dry smoothness Dry softness 4 둘째수준 3 셋째수준넷째수준다섯째수준 2 Foam amount Foam feel Rinsing feel * AGS base * SLES base Residual Detangling Wet softness SLES based SH = SLES 15% + PQ10 0.4% AGS based SH = AGS + SCI 15%(7:3) + PQ10 0.4%

12 Irritation value (Q) Toxicology Irritation value of AGS is zero. So it can be useful for mild and tearless personal care product. HET-CAM (5% as test concentration) [Q] rel. irritation value reaction time method 둘째수준셋째수준넷째수준다섯째수준 0.8

13 Formulation Guide Personal Care Products Use with Amino acid surfactant 둘째수준셋째수준넷째수준다섯째수준 - 7 : 3 ratio, Recommended active matter 15% (MC520SN 25~35% + Amino acid surfactant 4~ 5% active matter)

14 Formulation Guide Natural Mild Shampoo (Clear, Sulfate-free) Procedure No Water PQ-10 EDTA-4Na Raw Materials ELOTANT Milcoside 520SN (40%) Additional Surfactant 둘째수준셋째수준넷째수준다섯째수준 Dosage (wt%) to ) Charge tank with water. 2) Mix the ingredient 2 ~ 3 3) Add the ingredient 4, dissolve completely. 4) add other ingredients. 5) Continue agitation for 60min until uniform. 6 Fragrance Citric Acid q.s. 8 Preservative q.s. Total 100.0

15 Summary Excellent mildness Tearless Good foaming properties superior to AG Sulfate-free Excellent eye and skin compatibility 둘째수준 Excellent stability over 셋째 broad 수준 ph Preservative free 넷째수준다섯째수준

16 Compatibility 둘째수준셋째수준넷째수준다섯째수준

17 Compatibility AGS is incompatible with cationic polymer. But secondary surfactants can improve the incompatibility of AGS and cationic polymer Sample 둘째수준셋째수준넷째수준다섯째수준 Compatibility with PQ-10 1 AGS Only X 2 AGS + Sodium cocoyl isethionate O ~ 3 AGS + TEA-Cocoyl Glutamate O ~ 4 AGS + TEA-cocoyl Alaninate O ~ 5 AGS + Disodium Laureth sulfosuccinate O ~ 6 AGS + Potassium cocoyl glycinate 7 AGS + Disodium lauryl sulfosuccinate 8 AGS + Lauryl Hydroxysultaine O ~ > Compatibility : Good ~ Bad (O ~ X) Compatibility with polymer

18 Compatibility The suitable amount of secondary surfactant is needed for improving the incompatibility of AGS and polymer. Compatibility change according to surfactant concentration * PQ10 (0.4%)+ AGS (0, 4, 8, 12, 16%) * PQ10 (0.4%)+ AGS/ C. Alaninate (7:3, 0, 4, 8, 12, 16%) 둘째수준셋째수준넷째수준다섯째수준

19 Compatibility Secondary surfactant combinations have better foam performance than AGS only or SLES only AGS & additional Surfactant & Polymer Foam ability 170 둘째수준셋째수준넷째수준다섯째수준 From left, AGS, SLES, AGS+alaninate, AGS+glycinate, AGS+lauryl sulfosuccinate ( Rotary Test, 0.02% solution, 50rpm, 50turn )