6-Amino-m-Cresol (6AMC) (Oxidation Base / Primary)
- Product Code: 125660
Used in permanent hair color as an oxidant
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Test Name | Specification |
---|---|
Appearance | Light Yellow to Brown Yellow Crystal Powder |
Purity (HPLC) % | 98 Min |
Loss on Drying (%) | 1 Max |
Ash (%) | 1 Max |
Fe (ppm) | 100 Max |
6-Amino-m-Cresol (6AMC) (Oxidation Base / Primary) is used in permanent hair color
Description of the development of permanent hair color formulas
1. The formula will consist of
(1) colorant is the part that serves to color the hair. It consists of Oxidative and Coupler to achieve the color as shown in the table.
(2) developer is the part that serves to color the hair. To fade the original hair color and let the colorant (Part 1) replace the original color.
Color table when mixing concentration of 0.025M is used (see below for description of concentration calculation).
Description of the method for calculating the reaction intensity between the Oxidative (or Primary, or X-axis) and Coupler (or Secondary, or Y-axis).
Rate % of use in formula = Molar unit concentration (M) x Molecular weight (MW)/10
For example, if desired, magenta (top left) of the color table above) using a color concentration of 0.025M calculated as follows:
Molecular weight (MW) of TDS = 220
Molecular weight (MW) of DPE = 240
% rate of TDS use in formula = 0.025 x 220 / 10 = 0.55%
% rate of use of DPE in formula = 0.025 x 240 / 10 = 0.6%
Molecular weight (MW) data of Oxidative paints (Primary) are as follows:
TDS = 220
PPD = 108
BTX = 250
BHP = 294
TAP = 238
AHP = 240
PAP = 109
4A3MP = 123
PMAP = 172
Molecular weight (MW) data of Coupler (Secondary) colors are as follows:
DPE (HCl) = 240
AHEA = 280
AN=144
ACC=159
2M5AP = 123
2M5HEAP = 167
2A3HP = 110
MAP = 109
R.L. = 110
2MR = 124
4CLR = 145
Examples of hair coloring formulas in the colorant section (hair coloring)
Water, the rest is 100%
Cetearyl Alcohol 10%
Behentrimonium Chloride (BTAC) 2%
Ethoxydiglycol 5% (helps the color stick to the hair better)
Ascorbic Acid 0.5%
color Primary Hair-Dye (Oxidative) and Secondary Hair-Dye (Coupler) according to the ratio calculated above, for example TDS color 0.55% and DPE color 0.6%
hair color formula example In the part that is bitten or called Developer level 30 Volume (3 steps whiter hair color)
Disodium EDTA 0.1%
Cetearyl Alcohol 2.5%
Ceteareth-20 2.5%
Amodimethicone 1% (acts to make the liquid stick to the hair better)
Hydrogen Peroxide (35% Solution) 26% (active Hydrogen Peroxide = 9% = 30 volume)*
Disodium Phosphate 0.03% (acts as Hydrogen Peroxide Stabilizer)
Phosphoric Acid 0.03% (acts as Hydrogen Peroxide Stabilizer)
Sodium Stannate 0.03% (acts as Hydrogen Peroxide Stabilizer)
Water, the rest is 100%
Description of 3 color adjustments
*Recommendations for adjusting the Hydrogen Peroxide concentration
1. 10 volume developer (=3% hydrogen peroxide or in the above formula, use 35% Hydrogen Peroxide at 8%) for darker hair colors. Can't dye hair that is lighter than before.
2. 20 volume developer (=6% hydrogen peroxide or in the above formula, 35% Hydrogen Peroxide at 16%) can lighten the hair by 1-2 levels.
3. 30 volume developer (according to the example formula above) can lighten the hair in 3 levels.
Use: for hair color products
Mixing method: mix in water
Product characteristics: yellow-brown powder
Solubility: can dissolve in water
Storage: can be stored at room temperature Protected from sunlight and heat, the product has a minimum shelf life of 4 years.
INCI Name : 6-Amino-m-Cresol
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Used in permanent hair color as an oxidant
6-Amino-m-Cresol (6AMC) (Oxidation Base / Primary) is used in permanent hair color
Description of the development of permanent hair color formulas
1. The formula will consist of
(1) colorant is the part that serves to color the hair. It consists of Oxidative and Coupler to achieve the color as shown in the table.
(2) developer is the part that serves to color the hair. To fade the original hair color and let the colorant (Part 1) replace the original color.
Color table when mixing concentration of 0.025M is used (see below for description of concentration calculation).
Description of the method for calculating the reaction intensity between the Oxidative (or Primary, or X-axis) and Coupler (or Secondary, or Y-axis).
Rate % of use in formula = Molar unit concentration (M) x Molecular weight (MW)/10
For example, if desired, magenta (top left) of the color table above) using a color concentration of 0.025M calculated as follows:
Molecular weight (MW) of TDS = 220
Molecular weight (MW) of DPE = 240
% rate of TDS use in formula = 0.025 x 220 / 10 = 0.55%
% rate of use of DPE in formula = 0.025 x 240 / 10 = 0.6%
Molecular weight (MW) data of Oxidative paints (Primary) are as follows:
TDS = 220
PPD = 108
BTX = 250
BHP = 294
TAP = 238
AHP = 240
PAP = 109
4A3MP = 123
PMAP = 172
Molecular weight (MW) data of Coupler (Secondary) colors are as follows:
DPE (HCl) = 240
AHEA = 280
AN=144
ACC=159
2M5AP = 123
2M5HEAP = 167
2A3HP = 110
MAP = 109
R.L. = 110
2MR = 124
4CLR = 145
Examples of hair coloring formulas in the colorant section (hair coloring)
Water, the rest is 100%
Cetearyl Alcohol 10%
Behentrimonium Chloride (BTAC) 2%
Ethoxydiglycol 5% (helps the color stick to the hair better)
Ascorbic Acid 0.5%
color Primary Hair-Dye (Oxidative) and Secondary Hair-Dye (Coupler) according to the ratio calculated above, for example TDS color 0.55% and DPE color 0.6%
hair color formula example In the part that is bitten or called Developer level 30 Volume (3 steps whiter hair color)
Disodium EDTA 0.1%
Cetearyl Alcohol 2.5%
Ceteareth-20 2.5%
Amodimethicone 1% (acts to make the liquid stick to the hair better)
Hydrogen Peroxide (35% Solution) 26% (active Hydrogen Peroxide = 9% = 30 volume)*
Disodium Phosphate 0.03% (acts as Hydrogen Peroxide Stabilizer)
Phosphoric Acid 0.03% (acts as Hydrogen Peroxide Stabilizer)
Sodium Stannate 0.03% (acts as Hydrogen Peroxide Stabilizer)
Water, the rest is 100%
Description of 3 color adjustments
*Recommendations for adjusting the Hydrogen Peroxide concentration
1. 10 volume developer (=3% hydrogen peroxide or in the above formula, use 35% Hydrogen Peroxide at 8%) for darker hair colors. Can't dye hair that is lighter than before.
2. 20 volume developer (=6% hydrogen peroxide or in the above formula, 35% Hydrogen Peroxide at 16%) can lighten the hair by 1-2 levels.
3. 30 volume developer (according to the example formula above) can lighten the hair in 3 levels.
Use: for hair color products
Mixing method: mix in water
Product characteristics: yellow-brown powder
Solubility: can dissolve in water
Storage: can be stored at room temperature Protected from sunlight and heat, the product has a minimum shelf life of 4 years.
INCI Name : 6-Amino-m-Cresol
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