Alcoguard H 5025 Dry
- 化学家族
- Polymer
- 品牌
- Alcoguard®
- 区域可用性
- North America
Products and solutions
My Nouryon provides 24/7 access to order related information such as real-time order and shipment status, invoices and order related documents. Learn more and request access.
Alcoguard® H 5941 is a readily biodegradable hybrid polymer based on natural and synthetic components for cleaning applications.
Contact Us More InfoAlcoguard® H 5941D is a spray-dried readily biodegradable hybrid polymer for use in various cleaning applications where solid anti-scalent / anti-filming agents are required, such as automatic dishwash.
Contact Us More InfoBiostyle® CGP polymer is a naturally-derived film- forming polymer designed especially for use in volumizing and working styling products including clear hair gels, spray gels, creams, lotions and mousses. This styling polymer has a high natural content and performs as a match to PVP K-30 and PVP/VA systems. In addition to providing a similar hold, this polymer also delivers exceptional volume generation and root lift while providing a workable hold. A proprietary hybrid polymer comprised of maltodextrin and vinyl pyrrolidone, Biostyle® CGP polymer represents a new way for formulators to create more natural and sustainable styling products while maintaining cost-in- use targets and without any sacrifice of performance properties.
Contact Us More InfoBiostyle® XH polymer is a naturally-derived film-forming polymer designed for use in clear, stiffer holding hair gels, mousses, and other working styling aids where volumizing properties are desired. Biostyle® XH polymer provides the on-hair performance, exceptional clarity, and consumer preferred rheology that are typically associated with synthetic fixative polymers, yet Biostyle® XH polymer is partially derived from renewable resources. This high molecular weight, proprietary hybrid polymer represents a new way for formulators to create more sustainable, harder holding styling products while maintaining cost-in-use targets without any sacrifice of performance properties.
Contact Us More Info