Seeking Non-toxic Technology for Long-lasting Nail Polish

A very large cosmetic manufacturer is looking for innovative solutions to formulate nail polishes free of formaldehyde, toluene and phthalate, keeping long-lasting and fast drying attributes of the finished product.

In order to please end-consumers, nail polish must demonstrate the following properties: Long lasting, fast drying, shiny aspect and ease of application (including film homogeneity on the nail).

These attributes are traditionally obtained using Toluene (allowing dilution of the resin and fast drying time of the polish), Formaldehyde (by cross linking keratin and nail polish it offers good cohesion) and Phthalate (increasing homogeneity of the film).

Toxicity of these compounds and bad press are pushing cosmetic companies to identify alternative technologies keeping original attributes.

A relevant technology would be incorporated into hundreds of thousands units of finished products.

The proposed technology must:

• Last on the nails a minimum of 5 days, (7 days would be ideal)
• Form a homogeneous film on nails
• Be compatible with inorganic pigments
• Be shiny (supporting data from equipment such as glossmeter would be a plus)
• Have appropriate drying time (80 seconds is acceptable)
• Be odorless (or at least acceptable for end-consumers
• Be safe for human nails
• Be easy to apply

Ecofriendly solutions are preferred.

The following technologies could be of interest for the SpecialChem Client as long as they are safe for human nails and demonstrate long-lasting and fast-drying attributes:

• Water-based technology based on acrylic polymer emulsion
• Epoxy-based or PUD-based resins
• The SpecialChem Client is open to highly innovative technologies decorating nails.

The SpecialChem Client is expecting incorporating a proposed technology as soon as possible.

FDA / COLIPA approved technology is a plus. Already commercialized technologies would be appreciated. Technology from the Paints and Coatings industries are welcome.