Technical textile markets: product developments and innovations, 1st quarter 2012
Report description
This report provides information on the latest developments in fabrics for medical textiles, fabrics for technical textiles, fabric treatments, fibres for technical textiles, geosynthetics and textiles for medical equipment. The report includes news from the following innovative companies and organisations: Alexium International Group, Biomedical Structures (BMS), École Polytechnique de Montréal, Kuraray, North American Rescue (NAR), Teijin, Teijin Aramid, Teijin Fibers, TenCate Geosynthetics North America, TenCate Grass Americas, Tokyo Institute of Technology, University of Fukui and University of Wyoming.
Table of contents
SUMMARY
FABRICS FOR MEDICAL TEXTILES
Biomedical Structures (BMS) has developed a new absorbable scaffold for surgical applications
FABRICS FOR TECHNICAL TEXTILES
Teijin Aramid has launched a new fabric called Twaron LFT SB1 plus which is suitable for
anti-ballistic applications
The University of Fukui and Kuraray have developed a non-woven fabric which selectively
absorbs and separates metal ions
FABRIC TREATMENTS
Alexium has developed a new treatment which can be used to apply a flame retardant (FR)
finish and an oil and water repellent finish to polyamide fabric
FIBRES FOR TECHNICAL TEXTILES
A team of scientists has developed a fibre which can be woven into a fabric to create a touchsensitive
material
Scientists at the University of Wyoming have created genetically modified silkworms to make
them spin silk which contains spider proteins
Teijin and Tokyo Institute of Technology have developed a highly conductive nanofibre
Teijin Aramid has developed a new high performance lightweight aramid yarn called Twaron
550f1000
Teijin Fibers will launch a finer version of its Nanofront nanofibre
Teijin has developed a new separator for lithium-ion secondary batteries (LIBs) which can
improve their output and extend their life spans
GEOSYNTHETICS
TenCate Geosynthetics North America has developed a new woven geosynthetic called
Mirafi H2Ri
TenCate Grass Americas has incorporated heat reflective technology into TenCate XP Blade
TEXTILES FOR MEDICAL EQUIPMENT
North American Rescue (NAR) has launched a new range of battery-activated products which
are designed to prevent hypothermia
Figure 1: Electron microscopic image (x10,000) of nanofront with a diameter of 400 nm
Figure 2: Electron microscopic image (x10,000) of nanofront with a diameter of 700 nm
Figure 3: Electron microscopic image (x10,000) of nanofront with a diameter of 2,000 nm
FABRICS FOR MEDICAL TEXTILES
Biomedical Structures (BMS) has developed a new absorbable scaffold for surgical applications
FABRICS FOR TECHNICAL TEXTILES
Teijin Aramid has launched a new fabric called Twaron LFT SB1 plus which is suitable for
anti-ballistic applications
The University of Fukui and Kuraray have developed a non-woven fabric which selectively
absorbs and separates metal ions
FABRIC TREATMENTS
Alexium has developed a new treatment which can be used to apply a flame retardant (FR)
finish and an oil and water repellent finish to polyamide fabric
FIBRES FOR TECHNICAL TEXTILES
A team of scientists has developed a fibre which can be woven into a fabric to create a touchsensitive
material
Scientists at the University of Wyoming have created genetically modified silkworms to make
them spin silk which contains spider proteins
Teijin and Tokyo Institute of Technology have developed a highly conductive nanofibre
Teijin Aramid has developed a new high performance lightweight aramid yarn called Twaron
550f1000
Teijin Fibers will launch a finer version of its Nanofront nanofibre
Teijin has developed a new separator for lithium-ion secondary batteries (LIBs) which can
improve their output and extend their life spans
GEOSYNTHETICS
TenCate Geosynthetics North America has developed a new woven geosynthetic called
Mirafi H2Ri
TenCate Grass Americas has incorporated heat reflective technology into TenCate XP Blade
TEXTILES FOR MEDICAL EQUIPMENT
North American Rescue (NAR) has launched a new range of battery-activated products which
are designed to prevent hypothermia
Figure 1: Electron microscopic image (x10,000) of nanofront with a diameter of 400 nm
Figure 2: Electron microscopic image (x10,000) of nanofront with a diameter of 700 nm
Figure 3: Electron microscopic image (x10,000) of nanofront with a diameter of 2,000 nm
Related research categories
By sector: Technical (in Material), Textiles (in Textiles, fabric & yarn)





