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OLIVOIL FRUTTOSIDE New mild surfactant Vegetal origin NON IONIC ANIONIC SURFACTANT

OLIVOIL FRUTTOSIDE – 1 st part FRUCTOSE the principal fruit sugar OLIVE OIL Fatty acids COCONUT Fatty acids HYDROPHOBIC TAILHYDROPHILIC HEAD

OLIVOIL FRUTTOSIDE – 1 st part FRUCTOSE the principal fruit sugar OLIVE OIL Fatty acids COCONUT Fatty acids HYDROPHOBIC TAILHYDROPHILIC HEAD

HYDROPHOBIC TAIL INTERRUPTED SOAP OLIVE OIL Fatty acids COCONUT Fatty acids DERMIC AMINOACIDS (Threonine, Valine, Glycine, Alanine) OLIVOIL FRUTTOSIDE – 2 nd part ANIONIC HEAD Na +

OLIVE OIL Fatty acids COCONUT Fatty acids HYDROPHOBIC TAIL INTERRUPTED SOAP DERMIC AMINOACIDS (Threonine, Valine, Glycine, Alanine) OLIVOIL FRUTTOSIDE – 2 nd part ANIONIC HEAD Na +

A perfect natural balance provided by: OLIVE OIL Fatty acids COCONUT Fatty acids DERMIC AMINOACIDS (Threonine, Valine, Glycine, Alanine) OLIVOIL FRUTTOSIDE FRUCTOSE the principal fruit sugar (1) (2)(3) (4)

(1) OLIVE OIL

NOURISHING IMPROVEMENT DERMOCOMPATIBLE SEBUM RESTORATIVE and many others KNOWN COSMETIC PROPERTIES

(2) COCONUT OIL EMOLLIENT & MOISTURIZING properties VERY OFTEN USED for TOILETRIES and HAIR CARE SKIN and HAIR COMPATIBLE

(3) FRUCTOSE (most important sugar of the fruit) Moisturizing action on the skin Hair and skin conditioning action it softens the effects of wash-off systems on the hydro-lipidic film

Tetra Aminoacids (4) DERMIC AMINOACIDS Valine CH 3 CH 3 O OHNH 2 Threonine Alanine CH 3 O OH NH 2 Threonine CH 3 O OH NH 2 OH Glycine O OH NH 2

(4) DERMIC AMINOACIDS (4) DERMIC AMINOACIDS - Glycine - Valine - Alanine - Threonine SKIN ELASTICITY SKIN PROTECTION against MECHANICAL STRESS ANTI AGE ACTION 3) MOISTURIZING features 1) Aminoacids contained in COLLAGEN and ELASTIN… 2) Structural components of …… biological systems providing: ……

New mild surfactant Vegetal origin 3 years of study NON IONIC/ ANIONIC SURFACTANT

FOAMING PROPERTIES

FOAM IN BINARY SYSTEMS Sodium Laureth Sulphate (SLES) 60 SLES OLIVOIL FRUTTOSIDE 80:20 toto t1t1 +25% +38% +23% +25% (ROSS MILES test : t o =1’ and t 1 =5’,

Disodium Laureth Sulfosuccinate (DLS) FOAM IN BINARY SYSTEMS toto t1t1 60 DCA OLIVOIL FRUTTOSIDE 80:20 Disodium Cocoamphodiacetate (DCA) +8% +10% +7% +10% 60 DLS OLIVOIL FRUTTOSIDE 80:20 +8% +10% +13% +20% 60 CG OLIVOIL FRUTTOSIDE 80:20 Coco-Glucoside (CG) +16% +38% +29% +63% 60 PGC OLIVOIL FRUTTOSIDE 50:50 PEG-7 Glyceryl Cocoate (PGC) +16% +83% +1% +50% (ROSS MILES test : t o =1’ and t 1 =5’,

FOAM IN TERNARY SYSTEMS toto t1t1 60 SLS :20:20 SLES Disodium Laureth Sulfosuccinate (DLS) Olivoil Fruttoside DLSOF 60 SLS :20:20 SLES Disodium Cocoamphodiacetate (DCA) Olivoil Fruttoside DCAOF 60 SLS :20:20 SLES Coco Glucoside (CG) Olivoil Fruttoside CGOF (ROSS MILES test : t o =1’ and t 1 =5’,

Excellent Foaming Agent Good Quality (small & homogeneous bubbles) Foam Booster Foam Stabilizer Primary / Secondary surfactant Binary / Ternary Systems FOAM CONCLUSION

THICKENING

Very good thickening answer to: Salts (in association with chemical surfactants) Cocamide DEA Cocamidopropyl Betaine PEG-120 Methyl Glucose Dioleate PEG-90 Glyceryl Isostearate Laureth-2 Acrylates/Steareth-20 Methacrylate Copolymer THICKENING AGENTS

THICKENING ANSWER to : Others mPa s (2,5 rpm) 2,0% Cocamide DEA 3,0% Cocamido propyl betain 0,4% Acrylates/ Steareth-20 Methacrylate Copolymer 5,2% PEG-90 Glyceryl Isostearate Laureth-2 2,0% PEG-120 Methyl Glucose Dioleate Copolymer OF

+ (+ 2,5% PEG-120 Methyl Glucose Dioleate ) THICKENING TRIALS IN BINARY SYSTEMS mPa s (2,5 rpm) SLESOF 80:20 50: SLES mPa s (2,5 rpm) DLSOF 80:20 50: Disodium Laureth Sulfosuccinate (DLS) mPa s (2,5 rpm) DCAOF 80:20 50: Disodium Cocoamphodiacetate (DCA)

mPa s (2,5 rpm) SLESOF DLS 60:20: SLES Disodium Laureth Sulfosuccinate (DLS) Olivoil Fruttoside + (+ 2,5% PEG-120 Methyl Glucose Dioleate ) THICKENING TRIALS IN TERNARY SYSTEMS mPa s (2,5 rpm) SLESOF DCA 60:20: SLES Disodium Cocoamphodiacetate (DCA) Olivoil Fruttoside mPa s (2,5 rpm) SLESOF DCA 60:20: SLES CocoGLucoside (CG) Olivoil Fruttoside

EASY to THICKEN Largely Compatible Very high performances Viscosity Booster For Binary / Ternary Systems THICKENING CONCLUSION

CONDITIONINGEFFECTS

15 SLES/ OLIVOIL FRUTTOSIDE (4:1) SLES/ COCO GLUCOSIDE (4:1) SLES BRIGHTNESS SENSORY EVALUATION of hair (Subjective evaluation, scale from 1 to 50)

15 SLES/ OLIVOIL FRUTTOSIDE (4:1) SLES/ COCO GLUCOSIDE (4:1) SLES SOFTNESS SENSORY EVALUATION of hair (Subjective evaluation, scale from 1 to 50)

NON IONIC/ANIONIC SURFACTANT WITH CONDITIONING EFFECTS VERY GOOD SOFTNESS VERY GOOD BRIGHTNESS 2 TIMES THE EFFECT OF COCOGLUCOSIDE COMPARED TO SLES HAIR CONDITIONING CONCLUSION

MILDNESS

occlusive application of the product The skin irritation potential of the product is visually evaluated at three control times: 30 minutes (T1) after occlusive application, 48 hours (T2) after occlusive application and 24 hours after removal of the occlusion (T3) NO allergic reactions were observed PATCH TEST (for SKIN)

potential irritancy of a substance by observing the chorioallantoic membrane (CAM) : It is a highly vascularized structure and its exposure allows the direct observation of blood vessels. HET CAM IN VITRO TEST (for EYES) 0,8 1,2 2 STRONG IRRITANT IRRITANT SLIGHT IRRITANT HYPO IRRITANT 50% SLES 50% OFS 2,1 0,9 1,5 -53% -21% 40% SLES 10% OFS

REPEATED ARM WASH TEST 12 Volunteers – 18 washing - t 0 = 0 days t 1 =5 days Sodium Laureth Sulphate (SLES) 2 SLES: DLS 80: SLES: OF 80:20 WATER toto t1t1 +43% +37% +14% 7,2 7,1 6,9 10,3 9,7 7,9 g/h m 2 OF -6% DLS TRANS EPIDERMAL WATER LOSS

REPEATED ARM WASH TEST 12 Volunteers – 18 washing - t 0 = 0 days t 1 =5 days Sodium Laureth Sulphate (SLES) 5,5 SLES: DLS 80:20 6,0 6,5 7,0 7,5 8,0 8,5 SLES: OF 80:20 WATER toto t1t1 +12% +1% 7,3 7,03 7,41 8,17 7,85 7,5 a* parameter SKIN REDNESS OF = DLS

VERY MILD ON SKIN VERY MILD ON EYES NOT AGGRESSIVE (VERY LOW TEWL) MILDNESS CONCLUSION

Foaming Properties (excellent foamer & foam booster) Viscosity (easy to thicken& viscosity booster) Compatibility (primary/secondary, pH from 3,5 to 7) Mild and nourishing (due to olive oil + fructose) Conditioning effects (with a non ionic/anionic) Excellent Sensorial effect on skin OLIVOIL FRUTTOSIDE

Make-up removers Shampoos Personal Hygiene Cleansers Baby Shower Oils Toothpastes Mouthwashes Impure Skin Cleansers APPLICATIONS HAIR CARE

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Chemical-Physico characteristics: stove

Chemical-Physico characteristics: stove

Chemical-Physico characteristics: stove

Chemical-Physico characteristics:

stove

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