Thursday, September 28

Surface Enhancements

8:30 a.m. - 11:00 a.m.
Moderator: Stephen Michielsen, North Carolina State University

Surface Modification of Fibers& Nonwovens with Melt Additives

Vasantha M Datla, North Carolina State University
  • Creating wettability and adhesion properties to polypropylene fibers with melt additives
  • Surface characteristics of these polypropylene films examined in various environmental settings

Durably Wettable Polypropylene Fibers

Prashant Desai, FiberVisions Incorporated
  • New class of hydrophilic PP fibers created for spunlaced products— performance and characteristics described
  • Possible end products

Novel Additive Delivery System for Natural Fibers

Gerald Keep, Missing Octave Insights, Inc.
  • New system suited to disperse and bind particulate additives to fabrics
  • System embeds particles in a thin, durable coating with permanent exposure of surface area
  • Potential use includes antimicrobials, biocides, nano-particles, flame retardants, antistats and multiple other particles

(click title for Abstract)

Enzymatic Pretreatment as a Method to Enhance the Properties of Nonwoven Fabrics

Svetlana Verenich, Nonwovens Cooperative Research Center (NCRC)
  • Resulting effects of enzymatic pretreatments on bleached cotton fibers before fabric formation
  • Properties of these fabrics compared to fabrics made with non-treated fibers

Enhanced Surface Properties through Altered Surface Interactions

Stephen Michielsen, North Carolina State University
  • Alter surface properties by manipulation of surface energies
  • New surface treatments possible when adsorption is controlled



INTC 2006 •  Sept 25-28, 2006 • Houston, Texas
Program subject to last minute changes and cancellations. The opinions given at INTC 2006 are those of the speakers and not necessarily those of INDA, TAPPI or of their Board of Directors.
Photographs courtesy of:
 
Ægis Environments;
ChK Group, Inc.
Coatema Coating Machinery GmbH
Nordson Corporation
Sächsisches Textilforschungsinstitut e.V.
.
Shiga University
Texas Tech University, Neal Hinkle
University of Arkansas
University of Delaware