Automotive Industry a High Potential Market for Nonwovens Sound Insulation
Link ID 121406
Title Automotive Industry a High Potential Market for Nonwovens Sound Insulation
Url http://www.tx.ncsu.edu/jtatm/volume3issue4/Articles/Vasile/vasile_full_78_03.pdf
Description Technical paper focusing on the increasing penetration of nonwoven fabrics and products in automotive sound insulation applications. Discussion of properties, recyclability and renewable resources. Authors: S. Vasile and L. v. Langenhove.
Category Textiles and Nonwovens > Nonwovens > Resources > Articles and Studies
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 > Nonwovens > Resources > Articles and Studies
1. Development of Bi-Component Meltblown Fiber Nonwovens
  Concise report on an experiment with meltblown bi-component splittable fibers in order to obtain a submicron fiber web, through the use of hydroentanglement technology. From the TANDEC web site. Authors: Christine Sun and Dong Zhang.
Category:   Textiles and Nonwovens > Nonwovens > Resources > Articles and Studies


2. Electrochemical Properties of Carbon Nanofiber Web
  Technical paper discussing the electrochemical properties of a nonwoven electrospun carbon nanofiber web for supercapacitators. Authors: C. Kim and K.S. Yang.
Category:   Textiles and Nonwovens > Nonwovens > Resources > Articles and Studies


3. Fundamentals of Fiber Dispersion in Water
  Master of Science thesis on fiber dispersion in water to the wet-lay nonwovens industry, and the tools required to develop apparatus and analysis methods capable of predicting whether a given fiber, fiber blend or white water chemistry will provide a uniform, defect-free wet-laid nonwoven fabric. Author: Amit Jayachandran.
Category:   Textiles and Nonwovens > Nonwovens > Resources > Articles and Studies


4. Recycling and Reuse of Mixed Fiber Fabric Remnants
  Report on a research project performed to evaluate the use of recycled cotton, polyester and spandex fiber blends from cut and shredded textile waste, in the manufacture of yarns and woven fabrics, and nonwovens needlepunch fabrics, as well as their applicability as flock material and fill for oil absorption products. Authors: Prof. Kenneth D. Langley, Prof. Yong K. Kim and Prof. Armand F. Lewis.
Category:   Textiles and Nonwovens > Nonwovens > Resources > Articles and Studies


5. Dust Explosion Hazard in Certain Textile Processes.
  In-depth article on the potential dangers inherent in the flocking process, and the preventive measures that should be observed. From OSHA.
Category:   Textiles and Nonwovens > Nonwovens > Resources > Articles and Studies




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

Sponsors