Textiles and Leather Solutions
News and Upcoming Events
2009.09.09
Dow Corning offers “New Additive for Flame-Retardant Textiles” presentation at Intertextile Shanghai
Dow Corning Corporation, a leading supplier of innovative silicone solutions
for the textile industry, will present “Dow Corning® DS-9000
Eco Repel™ – A New Additive for Flame-Retardant Textiles” at Intertextile
Shanghai Apparel Fabrics. Additionally, at Booth W1F01-03, Dow Corning will
feature its silicone textile printing inks, a water- and energy-saving eco
solution for denim processing and a premium hydrophilic softener.
Peter Wu, Dow Corning’s Asia Technical Manager for Textiles, will discuss
Dow Corning
DS-9000 Eco
Repel™ (PDF size = 531 KB), a new eco-friendly multifunctional encapsulated
silicone additive for technical textiles. Jointly developed with DEVAN
Chemicals, this technology allows apparel manufacturers to increase softness
and hydrophobicity on existing flame-retardant finishes without impacting flame
retardancy.
“Most current flame-retardant chemicals negatively impact the softness of
the textile, leading to very harsh fabrics, which then become
uncomfortable-to-wear garments,” Wu said. “Moreover, the material type
predominantly used in textile multifunctional treatment additives for flame
retardancy contains fluorocarbon derivatives, which arouse increasing concerns
of safety and environmental issues.”
In addition to Dow Corning DS-9000 Eco Repel™, Dow Corning booth
visitors will learn about Dow Corning® Textile Printing Inks, which
are durable, colorfast and suitable for tough-to-print, high-performance sports
apparel. The inks offer high elongation and a soft, nonsticky handle and allow
for innovative designs, including amber-look and water-droplet effects. With
heightened consumer concern about the environment, silicone textile printing
inks are an ideal solution because they contain no organotin, phthalate,
formaldehyde, PVC or solvents.
Booth attendees will discover how to achieve significant water savings
during denim processing. Dow Corning® GP 8000 Eco Solution saves up to 50
liters of water on every pair of jeans and provides faster processing time,
using less energy to finish jeans.
Dow Corning also will feature Dow Corning® OP-8800 Premium Hydrophilic Softener,
which provides an environmentally sustainable solution to the textile finishing
market and contains virtually no VOCs. Dow Corning OP-8800 Premium
Hydrophilic Softener offers excellent softness, wickability and water
absorbency with no impact on whiteness or stain-release properties.
Intertextile Shanghai Apparel Fabrics, a professional
business platform for the apparel fabrics industry in China and Asia, will take
place October 20-23, 2009, at the Shanghai New International Expo Centre,
Shanghai, China. Last year, nearly 50,000 people attended the show, including
garment manufacturers, import and export corporations, wholesalers and
retailers.
Dow Corning offers a comprehensive selection of proven silicon-based
performance enhancers and process aids for textiles and is breaking new ground
in the realm of eco-innovation. In addition to materials, the company provides
supportive services and solutions tailored to the specific business and
sustainability needs of the global textiles industry. To learn more about Dow
Corning’s full range of textile solutions, visit dowcorning.com/textiles.
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About Dow Corning
Dow Corning (dowcorning.com) provides
performance-enhancing solutions to serve the diverse needs of more than 25,000
customers worldwide. A global leader in silicones, silicon-based technology and
innovation, Dow Corning offers more than 7,000 products and services via the
company’s Dow Corning® and XIAMETER® brands. Dow Corning is a joint venture
equally owned by The Dow Chemical Company and Corning, Incorporated. More than
half of Dow Corning’s annual sales are outside the United States.
Dow Corning is a registered trademark of Dow Corning Corporation.
XIAMETER is a registered trademark of Dow Corning Corporation. Eco Repel
is a registered trademark of DEVAN Chemicals.