Paint & Coatings Industry
 HOME
 Subscribe
 E-Newsletter Subscription
 E-Newsletter Archive
 Digital Editions
 China Digital Editions
 SUPPLIER INFO
 Ad Index
 Buyers Guide
 Classified Ads
 Online Exhibits
 Lab Directory
 Supplier Brochures
 Supplier Price Alerts
 Supplier Request Form
 White Papers
 MAGAZINE
 PCI 50
 Top Global Leaders
 Calendar of Events
 Features
 Stockwatch
 Company News
 Industry News
 Names in the News
 Mergers and Acquisitions
 Products
 Materials Watch
 RESOURCES
 Archives
 Bookstore
 Job Search
 Industry Links
 Market Research
 PCI INFO
 PCI EVENTS
 Coatings for Plastics
 Powder Coating Forum
Search in: EditorialProductsCompanies
New DuPont™ Capstone™ for Repellents and Surfactants Deliver Maximum Performance, Minimal Environmental Footprint

May 5, 2008

ARTICLE TOOLS
EmailEmailPrintPrintReprintsReprintsshareShare

Breakthrough innovation in short-chain technology brings portfolio of performance-driven, fluorine-efficient products.


DuPont Chemical Solutions Enterprise announced new fluorotelomer products for repellents and surfactants that deliver maximum performance with a minimal environmental footprint. New DuPont Capstone products are based on short-chain chemistry and provide a step-change reduction in trace impurities below the limit of detection,1 offering customers the same or better performance than their predecessors without a compromise in fluorine efficiency. Capstone products also meet the goals of the U.S. Environmental Protection Agency 2010/15 PFOA Stewardship Program and will be registered on global inventories in all countries where they are sold.

The Capstone products are commercially available for home furnishings, fire-fighting foam, fluorosurfactants and leather end uses. Additional products will be introduced over the next 18 months for paper packaging, textiles and other end-use markets. These products reflect the DuPont commitment to provide high-performance sustainable alternatives the industry demands. As the largest global manufacturer and supplier of fluorotelomer products, DuPont holds a strong global supply position for Capstone products.

“Our customers that have converted to Capstone products tell us that we have delivered on the performance demands,” said Thomas H. Samples, Surface Protection Solutions global business manager, DuPont Chemical Solutions Enterprise. “The introduction of Capstone products furthers the DuPont mission of sustainable growth – creating shareholder and societal value while reducing the environmental footprint along the value chains in which our customers operate.”

Capstone products represent a step-change improvement in impurities, utilizing the previously announced DuPont technology for LX Platform products. Introduced in February 2007, LX Platform products became the scientific result of the successful commercialization of a new, patented manufacturing process to remove greater than 97% of trace levels of perfluorooctanoic acid (PFOA), its homologues and direct precursors from DuPont fluorotelomer products.

Fluorotelomer chemistry is not made with PFOA, nor is PFOA added during the manufacture of DuPont fluorotelomer-based products. Capstone products are based on short-chain molecules that cannot breakdown to PFOA in the environment. This change, when combined with the technology for LX Platform products yields fluorotelomer products with negligible PFOA and PFOA precursor content.

More information about Capstone products can be obtained at www.capstone.dupont.com/, or Asia Pacific +886.2.2514.4412, Europe +33.1.41.97.45.59, North America 866/828.7009, Latin America +55.11.416.68.601.


References
1. Below the limit of detection for PFOA based on the published analytical method found in the Journal of Chromatography A (2006) 117-124. Regarding marketing claims, DuPont believes that no one can substantiate statements that fluorotelomer products are “PFOA Free” or have “Zero PFOA” even if test results are below the limit of detection. DuPont feels such a claim must be made with scientific accuracy, and analytical methods continue to advance to ever-lower detection limits.


Did you enjoy this article? Click here to subscribe to the magazine.












BNP Media
© 2008 BNP Media. All rights reserved. | Privacy Policy