TENSIDES, SURFACTANT
Cocamidopropyl Betaine, 500 ml
Pack size100 ml500 ml1 l5 l20 l
Cocamidopropyl Betaine is an amphoteric surfactant (betaine) derived from fatty acids of coconut oil. full description
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Product description
Cocamidopropyl Betaine is an amphoteric surfactant (betaine) derived from fatty acids of coconut oil. It is produced by synthesis from coconut-based fatty raw materials – first, an amidoamine is prepared from coconut fatty acid and aminopropyl, then it is “betainized” (quaternization) into a stable amphoteric structure.
In practice, it acts as a secondary surfactant that makes the cleansing profile milder, supports the formation of a creamy and stable foam and improves the behaviour of surfactant blends (including thickening and reducing the irritancy of stronger anionic surfactants). It is often used in modern “sulfate-free” formulations as well as in combination with sulfates, where it increases comfort and foam performance.
Key benefits
- Milder cleansing – reduces irritation and the “degreasing” feel in surfactant systems.
- Creamy and stable foam – improves both foam volume and foam feel.
- Synergy in blends – works very well with anionic and non-ionic surfactants (glucosides, sarcosinates, sulfosuccinates).
- Better processability – helps with thickening and improves viscosity stability in many formulations.
- Versatile use – shampoos, shower gels, facial cleansing gels, liquid soaps.
Suitable for products such as
- Shampoos (liquid and gel) – milder profile and better foam.
- Shower gels and bath foams – creamier, more stable foam.
- Facial cleansing gels and foams (rinse-off) – milder profile in combination with other surfactants.
- Liquid soaps and hand wash gels – better foaming and comfort after washing.
- Intimate hygiene (rinse-off) – in mild surfactant blends and with appropriately adjusted pH.
Use in formulation
- Soluble in: water (commonly supplied as an aqueous solution).
- Miscible with: anionic, non-ionic and other amphoteric surfactants; often combined with Lauryl Glucoside, Sodium Lauroyl Sarcosinate or Sodium Cocoamphoacetate for a milder and more foaming system.
- Compatible with: humectants (glycerin, propanediol), chelating agents and common thickeners for surfactant systems; when thickening with salt, it is recommended to dose in small steps.
- Dosage (indicative): typically as a secondary surfactant in shampoos and shower gels.
- Technological tip: add to the water phase or to the finished surfactant base under gentle stirring to minimise air entrainment; adjust pH only after homogenisation and after adding fragrance/preservative.
Safety and storage
- Intended for cosmetic use; avoid contact with eyes and mucous membranes.
- When working with surfactants, use appropriate protective equipment; avoid aerosol formation and excessive foaming during mixing.
- Store in a tightly closed container, in a dry place, away from direct sunlight and sources of heat.
- For products intended for sensitive skin, minimise fragrance and always test the final formulation (pH, tolerance, stability).
FAQ
It has an amphoteric character, so it works very well with other surfactants: it improves foam, makes cleansing milder and often also helps with viscosity adjustment in surfactant blends.
In a small proportion of people, sensitivity may occur to components related to the manufacturing process or to a specific quality grade of the raw material. For products intended for extra sensitive skin, it is advisable to choose a high-quality raw material, minimise fragrance and perform a patch test of the finished product.
In many formulations, it supports salt-based thickening. Add salt gradually and always after complete homogenisation.
Yes, it is often used in slightly acidic formulations as well. However, stability and clarity depend on the entire surfactant blend, fragrance and thickening system, so it is advisable to adjust pH at the end and carry out stability tests.
CAPB is highly foaming. It helps to mix slowly, keep the stirrer below the surface, add surfactants into water (not the other way round) and avoid homogenising at unnecessarily high speeds.
Also have a look at other surfactants offered by Handymade.sk.
Parameters
- INCI
- Cocamidopropyl Betaine
- CAS No.
- 97862-59-4
- EC number
- 931-296-8
- Product color
- Yellow
- Country of origin
- Spain
- Grade
- Cosmetic Grade
- Odour
- Charakteristická
- Appearance
- Kvapalina
- Active surfactant matter
- 38,6 %
- Formulation phase
- Water phaseCool-down phase
- Function in formulation
- Surfactant
- Recommended processing temperature (°C)
- < 40 °C
- Recommended dosage range (%)
- 1 – 20 % %
- Solubility
- Water miscibleWater-soluble
- Application type
- Rinse-off
- Effects
- Cleansing
- HLB value
- 12-13
- Ionic character
- Amphoteric
- Recommended formulation pH range
- 4,5 – 7
- Biodegradability
- Easily Biodegradable (OECD 301)
- Natural Index (NI ISO 16128)
- 0,55
- Natural Origin Index (NOI ISO 16128)
- 0,850,50
- Renewable Carbon Content (RCC)
- 66 %
- Volume
- 500 ml
Product documentation
- TDSTechnical Data Sheet
- PDF ↓
- MSDSSafety Data Sheet
Learn how to work with it
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