With the global market for adhesives projected to reach $38 billion by the year 2017, Applied Nanotech’s two-part carbon nanotube reinforced epoxy adhesive performs much better than similar products on the market. Tested by a leading independent laboratory in North America, the adhesion tear strength of CNTstix™ is more 60% higher than that of a popular adhesive manufactured by a leading industry competitor.
“Our CNTstix™ adhesive outperforms conventional adhesives because of our patented carbon nanotube technology, which is also being used by Yonex Corporation for sporting goods,” said Dr. Dongsheng Mao, Vice President of Engineering and Director of the Nanocomposite Division at APNT subsidiary, Applied Nanotech, Inc. “Carbon nanotubes possess unique mechanical, electrical, and thermal properties. They are the strongest material known in the world to date.”
Using its proprietary functionalization and dispersion technologies, Applied Nanotech is able to significantly improve the properties of adhesives using carbon nanotubes, in particular for bonding materials to each other. The improvements realized with CNTstix™ have innumerable industrial and commercial applications such as packaging, sporting goods, automotive, electronics, footwear, construction repair and remodeling, textiles, consumer goods, and shipbuilding, etc.
“The potential market for CNTstix™ is very large,” said Dr. Zvi Yaniv, president and CEO of Applied Nanotech, Inc. “After we sent samples to numerous potential customers from different industries, such as composite assemblies for automotive applications and carbon fiber tubing assembly for racing bicycles, responses have been very positive due to the performance and characteristics of this new adhesive for their applications.”
Building on its success in developing nanocomposites for Yonex Corporation (high performance golf club shafts and badminton racquets), Applied Nanotech has started to gain traction for its nanocomposite materials for additional commercial applications with very large market potential.
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