Presentation is loading. Please wait.

Presentation is loading. Please wait.

Test formulation Copper red 6,64 Effect of emollients on dye rinse-off behavior Method: addition of 1 % emollient to finished hair dye cream evaluation.

Published byMeagan Wilkinson Modified over 8 years ago

Similar presentations

Presentation on theme: "Test formulation Copper red 6,64 Effect of emollients on dye rinse-off behavior Method: addition of 1 % emollient to finished hair dye cream evaluation."— Presentation transcript:

1 Test formulation Copper red 6,64 Effect of emollients on dye rinse-off behavior Method: addition of 1 % emollient to finished hair dye cream evaluation of dye rinse-off in water ( 5 washes on hair tresses with each 10 ml standard shampoo)

2 Test procedure 30 min color treatment 1 rinse with water 4 rinse with acidic shampoo (pH 4.5) After 24h 5 X wash with shampoo (10 ml shampoo in 250 ml water) RT colorimetry by Minolta CR 300 Shampoo composition SLES/CAPB/Protein surfactant 10 / 1 /0.3 pH 6 BeforeAfter 5 shampooCopper Red 6,64

3 L value of shampoo solutions (mean of 3 tests) Shampoo washes: Evaluation of dye rinse-off in water

4 Color difference on locks after 5 washes Conclusion: Cetiol CC reduces dye wash-off behavior

5 L value of shampoo solutions (mean of 2 tests) Shampoo washes: Evaluation of dye rinse-off in water

6 Color difference on locks after 5 washes Conclusion: Cetiol CC reduces dye wash-off behavior

Download ppt "Test formulation Copper red 6,64 Effect of emollients on dye rinse-off behavior Method: addition of 1 % emollient to finished hair dye cream evaluation."

Similar presentations

Femina is a permanent hair colour cream. It guarantees even, deep and long-lasting color and ensures 100% grey coverage. The colour cream has extremely.

Femina is a permanent hair colour cream. It guarantees even, deep and long-lasting color and ensures 100% grey coverage. The colour cream has extremely.
Dyeing Human Hair Gluadin® R Hair Color Protection

Dyeing Human Hair Gluadin® R Hair Color Protection
Shampooing, Rinsing, and Conditioning

Shampooing, Rinsing, and Conditioning
Colour hair using temporary colour

Colour hair using temporary colour
PH. pH—Scale to measure how acidic or basic a solution is 0-14 Pure water is 7 and neutral (not an acid or base) Acids—less than 7(lower number more acidic)

PH. pH—Scale to measure how acidic or basic a solution is 0-14 Pure water is 7 and neutral (not an acid or base) Acids—less than 7(lower number more acidic)
pH of Common Substances and Compounds

pH of Common Substances and Compounds
Indicators and pH Objective:

Indicators and pH Objective:
CETIOL HE/HE810 PEG Glyceryl ester

CETIOL HE/HE810 PEG Glyceryl ester
CALCULATION OF THE EQUILIBRIUM CONSTANT OF INDICATOR.

CALCULATION OF THE EQUILIBRIUM CONSTANT OF INDICATOR.
% Composition of a Penny Lab (1 of 4) DMA: Observe the reactions of hydrochloric acid, HCl, with both copper & zinc. What is the difference? A penny is.

% Composition of a Penny Lab (1 of 4) DMA: Observe the reactions of hydrochloric acid, HCl, with both copper & zinc. What is the difference? A penny is.
Sugaring Maple Syrup. Quiz Quiz Trade Concentration 6 drops of dye in 40 mL of water 6 drops of dye in 1 mL Boil Off 39 mL.

Sugaring Maple Syrup. Quiz Quiz Trade Concentration 6 drops of dye in 40 mL of water 6 drops of dye in 1 mL Boil Off 39 mL.
Model Compounds for the Photochemical Study. Mechanism of Coupling Reaction Primary factors controlling the overall reaction need to be understood. Possible.

Model Compounds for the Photochemical Study. Mechanism of Coupling Reaction Primary factors controlling the overall reaction need to be understood. Possible.
Kitchen Kemicals 2 Design and carry out a fair test to see which cleaner cleans the best.

Kitchen Kemicals 2 Design and carry out a fair test to see which cleaner cleans the best.
Acids. Dissolve in water – sour taste Litmus dye: blue → red React with some metals –Produce hydrogen gas and a salt.

Acids. Dissolve in water – sour taste Litmus dye: blue → red React with some metals –Produce hydrogen gas and a salt.
Acids, Bases, pH and Buffers. Acids An acid dissolves in water to donate H + In water the H+ reacts with water to make the hydronium ion H + + H 2 O 

Acids, Bases, pH and Buffers. Acids An acid dissolves in water to donate H + In water the H+ reacts with water to make the hydronium ion H + + H 2 O 
Be reactive. Q What are acids and alkalis? A: Acids and alkalis are two common types of aqueous solutions that we use every day.

Be reactive. Q What are acids and alkalis? A: Acids and alkalis are two common types of aqueous solutions that we use every day.
Procedure for calculating pH of a titration Volume of titrant needed is based on amount of analyte.

Procedure for calculating pH of a titration Volume of titrant needed is based on amount of analyte.
Shampoo/condition Review.

Shampoo/condition Review.
HAIRDRESSING PPE Courtney Howard. gloves ◦ You will use gloves in case you are either allergic to the die or shampoo or any type of solution or in case.

HAIRDRESSING PPE Courtney Howard. gloves ◦ You will use gloves in case you are either allergic to the die or shampoo or any type of solution or in case.
Chemistry of shampoos Types of shampoos

Chemistry of shampoos Types of shampoos

Similar presentations

Ads by Google