Ronastar, the new interference colour series from Merck, comprises six new colour tones. Merck says that Ronastar Gold, Red, Purple, Aqua, Blue and Copper are ideal to give cosmetic formulations an unusually attractive interference effect. Like the existing range of Ronastar Sparks cosmetic pigments, the new line creates intensive and pure colours. Additionally a particle size of 10-100µm gives superior hiding power and a sparkle effect. The pigments are said to be easily processed and achieve shimmer effects in a range of products, particularly suitable for shower gels, shampoos and hair gels.
Ronastar tones it up a notch
Ronastar, the new interference colour series from Merck, comprises six new colour tones. Merck says that Ronastar Gold, Red, Purple, Aqua, Blue and Copper are ideal to give cosmetic formulations an unusually attractive interference effect. Like the existing range of Ronastar Sparks cosmetic pigments, the new line creates intensive and pure colours. Additionally a particle size of 10-100µm gives superior hiding power and a sparkle effect. The pigments are said to be easily processed and achieve shimmer effects in a range of products, particularly suitable for shower gels, shampoos and hair gels.
You may also like
Trending Articles
-
You need to be a subscriber to read this article.
Click here to find out more. -
You need to be a subscriber to read this article.
Click here to find out more.
You may also like
Ingredients
Symrise unveils a new generation of botanical extracts in its Actipone portfolio with scientifically proven skin and hair benefits for enhanced beauty and sustainability
With over 70 years of expertise in botanical extraction, Symrise is raising the bar for natural cosmetics by launching two next generation Actipone® products, enabling formulators to fulfill the rising consumer demand for high-performance, naturally derived solutions, and reinforcing its leadership in botanical cosmetic ingredients
You need to be a subscriber to read this article.
Click here to find out more.
Click here to find out more.