Ready to use base
NATEROL HM
NATEROL HM is an antistatic balsam base for the preparation of hair
conditioners and crème-rinse hair masks.
INCI Name
- Cetearyl Alcohol and PEG40 Hydrogenated Castor
- Oil and Stearalkonium Chloride
- Dipalmitoylethyldimonium Chloride
- Behentrimonium chloride
Characteristics | |
---|---|
Appearance at 25° C | flakes |
Colour | off white |
Melting range | 59 – 64 °C |
Applications
- NATEROL HM eliminates fly-away hair, imparts gloss to hair, leaves hair soft and manageable, tangle free, and easy to comb.
- NATEROL HM only requires the addition of water to create a Quality finished product.
- Dosage can vary between 2-3% of
NATEROL HM, at higher concentrations a crème-like consistency is obtained.
Process
Hot process manufacture:
- Heat water to 55-60°C, add NATEROL HM under constant stirring until complete dissolution, then cool down under slow stirring. This procedure allows obtaining high viscous hair conditioners.
Cold process manufacture:
- Add NATEROL HM to cool water under constant stirring until complete dissolution. This procedure employs longer dissolution time and allows obtaining medium viscosity hair conditioners.
Naterol B2
- INCI name: Cetearyl alcohol and Ceteareth 20
- Appearance: white waxy flakes
- self-emulsifying oil in water base for cosmetic and pharmaceutical applications
- This self-emulsifying base with consistency giving properties is suited for the preparation of cosmetic and pharmaceutical O/W creams and lotions for hair and skin applications.
Anionic Thickener (Flocare Et 100)
- INCI name: Sodium Polyacrylate and Ethylhexyl Stearate and Trideceth 6
- Anionic acrylic homopolymer dispersed in a personal care grade carrier oil. Its primary function is as an additive to control rheology in finished products. Applications are within hair and skin care formulations.
- Does not require neutralisation or heat, and activates simply by agitation.
- Designed for use in the presence of anionic and non-ionic coingredients.
- Typical Viscosities for 1 – 2 weight % solution in water – 17,000 – 75,000 cPs