Development of Value-Added Natural and Animal Fiber Nonwoven Products
Link ID 121417
Title Development of Value-Added Natural and Animal Fiber Nonwoven Products
Url http://www.tffc.state.tx.us/TECHTXTL/nonwovens.pdf
Description Annual progress report to the Texas Food and Fiber Commission for the period of September 2003 till August 2004 from Texas Tech University's nonwovens laboratory, focusing on the development of nonwoven products made of animal and cotton fibers.
Category
Keywords
Date Jul 19, 2006
Contact Name
Email
Add to My Favorite   Refer it to Friend   Report Broken Link  


 Other links at
1. Stitch-Bonded-Hydroentangled Nonwoven Composites
  Description of manufacturing process, structural characteristics, and properties and applications of innovative nonwoven composites, made with stitchbond and spunlace fabrics. Authors: Elke Schmalz, Hilmar Fuchs, Margot Brodtka and Jochen Schreiber.
Category:  


2. Progress in Meltblowing Thermoplastic Polyurethane
  Short article about research into the manufacture of meltblown thermoplastic polyurethanes for possible protection barriers for military applications. Author: Larry C. Wadsworth.
Category:  


3. Comparison of Thermal Insulation Performance of Fibrous Materials for the Advanced Space Suit
  Study analysing numerically the thermal conductivity performance for three candidate insulating fiber materials in terms of various denier, interstitial void fractions and media, and orientations to the applied temperature. Authors: H.L. Paul and K.R. Diller
Category:  


4. The Manufacturing of Wet-Laid Hydroentangled Glass Fiber Composites for Industrial Applications
  Master of Science thesis about research conducted in order to develop a composite of sufficient strength from glass fibers, using low melt polyester or bicomponent fibers as binder fibers for nonwoven spunlace preforms. Author: Neha Vaidya.
Category:  


5. Numerical Modeling of Thermobonded Nonwovens
  Peer reviewed paper, describing a numerical method for the prediction of nonwovens tensile behaviour depending on bond point geometry and process parameters. From INDA. Author: D.H. Mueller and M. Kochmann.
Category:  




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

Sponsors