Crop Based Polymers for Nonwovens (PLA v Cellulose)
Link ID 131889
Title Crop Based Polymers for Nonwovens (PLA v Cellulose)
Url http://www.nonwoven.co.uk/reports/CRWINSIGHT%202000.html
Description Extensive paper comparing and contrasting the property advantages and production costs of polylactic acid and cellulose based polymers for fiber manufacturing. From Nonwoven.Co.Uk.
Category Textiles and Nonwovens > Fibers > Man-made > Resources > Articles and Studies > Biodegradable Fibers
Keywords
Date Jul 19, 2006
Contact Name
Email
Add to My Favorite   Refer it to Friend   Report Broken Link  


 Other links at Textiles and Nonwovens > Fibers > Man-made > Resources > Articles and Studies > Biodegradable Fibers
1. Crop Based Polymers for Nonwovens (PLA v Cellulose)
  Extensive paper comparing and contrasting the property advantages and production costs of polylactic acid and cellulose based polymers for fiber manufacturing. From Nonwoven.Co.Uk.
Category:   Textiles and Nonwovens > Fibers > Man-made > Resources > Articles and Studies > Biodegradable Fibers


2. Use and Properties of Biofibers Based on Chitin and Chitosan
  Technical paper describing the chemical and physical properties, and the commercial applications in medical science of biodegradable man-made fibers from chitin and chitosan polymer. Authors: N. Onar and M. Sariisik.
Category:   Textiles and Nonwovens > Fibers > Man-made > Resources > Articles and Studies > Biodegradable Fibers


3. Studies on Biodegradable Poly (hexano-6-lactone) Fibers. Part 3. Enzymatic Degradation In Vitro
  Scientific study of the extend of degradation occurring in PCL fibers when enzymatically degraded by a hydrolase in vitro. From IUPAC. Authors: T. Hayashi and others.
Category:   Textiles and Nonwovens > Fibers > Man-made > Resources > Articles and Studies > Biodegradable Fibers


4. New Developments in Biodegradable Fibres II
  Feature article about the potential for biodegradable thermoplastic fibres made from polylactic acid (PLA) in the production and marketing of biodegradable disposables. From Express Textile. Source: Calvin Woodings Consulting.
Category:   Textiles and Nonwovens > Fibers > Man-made > Resources > Articles and Studies > Biodegradable Fibers


5. Processing and Microstructural Characterization of Porous Biocompatible Protein Polymer Thin Films
  Scientific article about the creation of biocompatible thin films and filament fibers for implantable devices from protein polymers, using the electrospinning technology. From Elsevier Science, Ltd. Authors: Christopher J. Buchko and others.
Category:   Textiles and Nonwovens > Fibers > Man-made > Resources > Articles and Studies > Biodegradable Fibers




Home      New Listings      Editor Pick      Add a Listing      Update a Listing      Get Rated      Upgrade a Listing     Disclaimer
Copyright © internet-directory.com 1999-2023

Sponsors