Frost & Sullivan: Carbon Nanotubes - Endless Opportunities.
LONDON, February 18 /PRNewswire/ --
Carbon nanotubes (CNTs) are the most popular and recognizable elements of present nanotechnology. Scientists and researchers now are discovering that carbon nanotubes could be more affordable and useful to many industrial areas, including flame retardant Flame retardants are materials that inhibit or resist the spread of fire. Naturally occurring substances such as asbestos as well as synthetic materials, usually halocarbons such as polybrominated diphenyl ether (PBDEs), polychlorinated biphenyls (PCBs) and chlorendic acid materials market.
The global flame retardant chemicals market is valued at just under US$3 billion, with demand for non-flammable products ever growing. The compound annual growth rate of this market is estimated at 4% to 5% for the total market up to 2015. There will be stable demand in established markets such as North America North America, third largest continent (1990 est. pop. 365,000,000), c.9,400,000 sq mi (24,346,000 sq km), the northern of the two continents of the Western Hemisphere. and Europe. As of 2006, the North American North American
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see boophilusannulatus. market was valued at US$780 million, and the European market was valued at US$762 million. Based on their analysis, Frost & Sullivan believe there are growing market opportunities for carbon nanotubes application as a flame retardant material.
"Now, CNTs are perceived as promising additives even in the flame retardant solutions. Based on our market recognition we are assuming that phosphorous-based flame retardants will be the best market for carbon nanotubes as a flame suppressing agent to pursue in the future. Decreasing price of this additive will be accompanied by improvement in carbon nanotubes "know how" with developers and end users awareness about their beneficial features," states Krzysztof Grzybowski, Frost & Sullivan analyst for Technical Insights group.
Of the three types of nanotubes (single, double and multi-walled particles), single walled particles are judged by scientists to offer the greatest potential. However, Multi-Walled Carbon Nanotubes (MWCNTs) are the most reasonable ones for commercialization as a composite additive or coating element. They can be produced on a high scale at a relatively low price.
Originally costing about US$1000 per gram (for single walled nanotubes), MWCNTs can now be mass produced for only US$100/kg depending on the shipping. This price is expected to decrease to about US$10-20/kg in a few years. New technological developments in nanotubes fabrication fabrication (fab´rikā´shn),
n the construction or making of a restoration. will increase its production capabilities. Bayer Materials has announced plans of increasing production capacity of MWCNTs from 60 tones per year in 2007 to 3000 tones per year by the end of 2012. With plans like this in place, commercial industries will no longer find cost a deterrent.
The carbon nanotubes are now being incorporated in various solutions as an agent providing non flammable feature to various products and coating layers. As a flame retardant additive, MWCNTs prove to make stronger and more fatigue resistant material. It also tests beneficial for materials' electrical properties.
The need for fire resistant material is rising. Current regulations are forcing producers from the household sector, electronics, building and construction, transportation, and many others to meet increasingly stringent standards of fire safety. Commercialized products that benefit from flame retardants include plastic enclosures for consumer electronics, printed circuit boards, wire and cable, electrical connectors, foam insulation, foam seating in furniture, automobiles, and textiles.
CNTs are more sought after than its cheaper brother, carbon nanofibers, because CNT (Carbon NanoTube) See nanotube. particles provide material non-flammability with relatively small concentration compared to the other fillers. This in effect makes CNTs less visible and less noticeable by the end user in the resultant material. CNTs increase nonflammability, while enhancing material strength or providing an electrostatic discharge (hardware, testing) Electrostatic Discharge - (ESD) One kind of test that hardware usually has to pass to prove it is suitable for sale and use. The hardware must still work after is has been subjected to some level of electrostatic discharge. effect.
The only major hoop left to jump through is ensuring proper homogenous homogenous - homogeneous dispersion of CNTs for maximum benefit. Experiments proved that material failure as a flame retardant is attributed to poor dispersion. However, this problem can be easily avoided through current producers' technologies. To make sure of the quality of their product, current CNTs producers are often selling them in the convenient form of master batches that help end users to fully take advantage of CNTs' beneficial features.
Technical Insights is an international technology analysis business that produces a variety of technical news alerts, newsletters, and research services
For more information about Nanotechnologies and/or the Carbon Nanotubes (CNT) technology, please email Joanna Lewandowska - Corporate Communications Corporate communications is the process of facilitating information and knowledge exchanges with internal and key external groups and individuals that have a direct relationship with an enterprise. , at Joanna.email@example.com. Please include your company name, query and contact information.
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