Application of Polypropylene Nonwoven Beds in Reducing Oil Concentrations In Emulsions
Technical paper examining the process of oil emulsion sorption by sorptive beds made of polypropylene nonwovens for applications in oil separators for the treatment of industrial wastewaters and rain waters. Authors: J. Kaluzka and M. Lebiedowski. [PDF]
Automotive Industry a High Potential Market for Nonwovens Sound Insulation
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. [PDF]
The Bonding Durability of Sorbent Particles
Presentation of a newly developed method for the evaluation of the bonding durability of sorbent particles to meltblown composite nonwovens. Author: C. Nowicka. [PDF]
Characterization of Structural Changes in Nonwoven Fabrics During Load-Deformation Experiments
Study exploring the structural parameters of point-bonded nonwovens during controlled deformation experiments to provide quantitative measures and determine the role of bonding temperature on deformation behaviour. Authors: Han Seong Kirn and others. [PDF]
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 [PDF]
Cotton for Nonwovens - A Technical Guide
Extensive technical article on cotton in relation to its use in the nonwovens industry. Crop growing, ginning and classification. Properties, chemistry and morphology. Nonwoven production processes and cotton fiber selection and use. Diagrams and tables. From Cotton, Inc.
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.
Development of Value-Added Natural and Animal Fiber Nonwoven Products
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. [PDF]
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.
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. [PDF]
Evaluating the Potential Use of Highloft Nonwoven Fabrics for Rain Gutter Applications
Master of Science thesis exploring the potential application and utilization of highloft nonwoven fabrics in rain gutters instead of more expensive alternatives such as gutter guards and screens. Author: Selcuk Filiz. [PDF]
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. [PDF]
Improvements in Compressional Properties of High-Lofts
Technical paper about a laboratory test to evaluate the compressional recovery properties of a high-loft nonwoven web created with new types of matrix fibers and bi-component fibers. Authors: Oldrich Jirzak and others. [PDF]
The Influence of Fiber Properties and Processing Conditions on the Characteristics of Needled Fabrics
Master of Science thesis about an investigation of the role of fiber crimp and other processing conditions on needlepunch fabrics, involving possible interactions between fiber crimp, carding parameters, crimp retention and their relation to fabric properties and processability on nonwovens equipment. Author: V.M. Datla. [PDF]
Investigation of the Fiber, Bulk and Surface properties of Meltblown and Electrospun Polymeric Fabrics
Technical paper about a study of the surface energy and wettability, strength, fiber diameter, and microscopic structure of meltblown and electrospun nonwovens from polyamide and polyurethane. Authors: Peter T. Tsai and others. [PDF]
Manufacturing Nonwovens Using Recycled Fibers
Introductory article about the development of new test methods for the identification of recycled fiber in nonwoven fabrics, and the detirmination of a relationship between fiber damage and the performance of nonwovens. Authors: Prof. Kenneth D. Langley, Prof. Alton R. Wilson and Esra Corkuntuna. [PDF]
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. [PDF]
The Manufacturing of Wet-Laid Hydroentangled Glassfiber Composites: Preliminary Results
Peer reviewed article about the demonstrated potential for manufacturing a wet-laid, hydroentangled nonwoven preform for composites, using blends of glassfiber and low melt polyester. Authors: N. Vaidya and others. From the INDA web site. [PDF]
Multifunctional Fibres for Air-laid and Dry-laid Applications
Paper presented at the Edana 2000 Nonwovens Symposium, dealing with the global capacity and historic sales of air-laid thermobond nonwovens, and new developments in bicompionent fibers for the air-laid nonwovens industry. Author: Niels K. Christensen.
Nonwoven Uniformity - Measurements Using Image Analysis
Scientific paper about the development of statistical measures for quality control and characterization of the mass distribution of fibers in nonwoven substrates through the application of imaging techniques. From INDA. Author: Rajeev Chhandra. [PDF]
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