Heloxyl ADAX
What is Heloxyl ADAX?
Heloxyl ADAX is an amine oxide surfactant with the INCI name Cocamine Oxide. The product is used as a foam booster, cleaning enhancer, and viscosity builder in both cosmetic and industrial cleaning formulations.
Cocamine Oxide belongs to the amine oxide surfactant family and is produced from fatty amines derived from coconut fatty acids.
Due to its specific molecular structure, Heloxyl ADAX combines:
- Good foam formation
- Stability in a wide range of pH systems
- Compatibility with anionic and non-ionic surfactants
- Enhanced cleaning performance
The product is widely used in:
- Shampoos
- Foaming cleansers
- Industrial degreasers
- All-purpose cleaners
- Hand dishwashing liquids
- Technical cleaning systems
Thanks to its multifunctional performance, Heloxyl ADAX is often used as a supporting surfactant in complex formulations.
Packaging
- IBC
- Drum
- Can
- Bulk
CAS
308062-28-4
INCI-name
Cocamine oxide
Application
- Technical
- Cosmetic
How is Cocamine Oxide produced?
Heloxyl ADAX is produced through the oxidation of fatty amines derived from coconut oil. During this process, fatty amine structures react with an oxidizing agent, resulting in the formation of an amine oxide.
The production process generally consists of:
- Selection of coconut-based fatty amines
- Controlled oxidation of the amine group
- Purification and standardization of the final product
This chemical conversion results in a surfactant with:
- Good foam stability
- High compatibility with other surfactants
- Stability over a broad pH range
- Good performance in aqueous systems
How does Heloxyl ADAX work in a formulation?
Heloxyl ADAX functions as a multifunctional surfactant that improves various properties of a formulation.
1. Foam boosting
Cocamine Oxide enhances and stabilizes foam in cleaning products.
The effect:
- Creamier foam
- Longer-lasting foam stability
- Improved user experience
In a hand dishwashing liquid, Heloxyl ADAX helps foam remain active for a longer period during use.
2. Enhanced cleaning performance
Heloxyl ADAX supports the performance of primary surfactants by improving the removal of grease and dirt particles from surfaces.
In an industrial degreaser, Cocamine Oxide helps remove oily contamination from metal components.
3. Viscosity building
Amine oxides are often used to increase formulation viscosity without requiring complex thickening systems.
The effect:
- Improved viscosity
- Better product stability
- More pleasant handling characteristics
In a shampoo, Heloxyl ADAX helps create a thicker and more stable formulation.
4. Compatibility with other surfactants
Heloxyl ADAX works well with:
- Anionic surfactants
- Non-ionic surfactants
- Amphoteric surfactants
This makes it suitable for use in a wide variety of combined surfactant systems.
In which industries is Heloxyl ADAX used?
Cosmetics & personal care
-
Shampoos
-
Shower gels
-
Hand soaps
-
Facial cleansers
-
Bath products
The product supports foam formation and contributes to milder cleansing.
Cleaning products & detergents
-
Hand dishwashing liquids
-
All-purpose cleaners
-
Industrial cleaners
-
Degreasers
Cocamine Oxide helps with grease removal and foam stabilization.
Technical and Industrial Applications
- Industrial degreasing
- Cleaning of production equipment
- Workshop cleaners
- Metal cleaning
Due to its compatibility with other surfactants, Heloxyl ADAX is frequently used in technical cleaning formulations.
Besides Heloxyl ADAX, we have other products in our range. Check it out on our insights page!
Frequently Asked Questions about Heloxyl ADAX
1. What are the advantages of Heloxyl ADAX?
- Good foam formation
- Foam stabilization
- Improved viscosity
- Compatibility with other surfactants
- Suitable for a wide range of cosmetic and technical applications
In addition, it helps formulate milder cleaning systems.
2. What are the key considerations for Cocamine Oxide?
- The product is an ethoxylate-related surfactant chemistry
- Formulations should be optimized according to pH and surfactant system
- Not every grade is suitable for a fully “natural” positioning
For specific certifications, alternative surfactants may be required.
3. What is the difference between Cocamine Oxide and Cocamidopropyl Betaine?
Both products are used as supporting surfactants, but they differ chemically:
- Cocamine Oxide → amine oxide surfactant
- Cocamidopropyl Betaine → amphoteric surfactant
Cocamine Oxide is more commonly used for foam boosting and viscosity building, while betaine systems are often more focused on mildness.
4. Is Heloxyl ADAX suitable for industrial cleaning?
Yes. Heloxyl ADAX is widely used in technical cleaning products and industrial degreasers because of its:
- Good compatibility
- Stable foam formation
- Support of cleaning performance
- Good performance in combined surfactant systems
Chempri: your partner for Heloxyl ADAX
Chempri supplies Heloxyl ADAX (Cocamine Oxide) from Europe with a focus on:
- Reliable deliveries
- Consistent quality
- Technical support
- Product specifications, SDS, and COA
- Flexible batch sizes
At Chempri, we specialize in the production and supply of high-quality oleochemicals and their derivatives, including Heloxyl ADAX. Our products are manufactured in our modern production facility and can be tailored to the specific needs of our customers.
Do you have any questions or would you like to place an order directly? Contact our sales department!
