HC Plastics News:
Covestro is a leading polymer company that developed the Baycusan eco E 1000, a film-forming polyurethane (PU) dispersion for hair styling products with a carbon content based on 58% biomass. A high performance level of synthetic acrylate polymers. Baycusan eco E 1000 is suitable for formulations that require key properties such as long-lasting styling and good moisture resistance.
Covestro has developed a biobased film-forming polyurethane dispersion for hair styling products
Baycusan eco E 1000 meets the requirements of the ISO-16128-1 standard and is considered a natural derivative ingredient. The new product will be officially launched at the 2018 SEPAWA conference in Berlin from October 10th to 12th. This is the most important meeting in the European cosmetics, perfume and detergent industry, where professionals from the industry will attend. This meeting.
Mélanie Dick, Cosmetics and Commercial Operations Marketing Manager for Covestro Europe, Middle East, Africa and Latin America, said: "With this new product, we have opened the way to getting out of trouble. In the past, in hair styling and hair conditioners The use of "green" ingredients often presents significant drawbacks: natural hair care products on the market often leave significant residue ("crush") on the hair, which creates a sticky touch and Reliable hair styling durability is not available. However, formulations containing Baycusan eco E 1000 do not show these disadvantages."
Dr. Laurence Pottié from the Global Business Development Division of Cosmetics said: "Our new bio-based film-forming products can be used to make sprays and gels, providing stylists with a good, long-lasting and flexible hair styling durability while providing hair protection The performance of the curling of the buttercup. Our product laboratory tested the key properties of the new bio-based PU dispersion and compared it to the existing petrochemical based film-forming polymers on the market. In addition, we use the new dispersion Formulations of body and synthetic polymer products were also tested.'' 
Editor in charge: Yao Chunlin
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