NanoMarkets Releases Report on Conductive CoatingsJune 11, 2009
New research predicts the rapidly emerging markets for nanomaterials, conductive polymers, and photovoltaics will experience growth as a result of new applications. Some of the materials will also provide significant competition to traditional metal coatings on cost, environmental, and performance grounds.
GLEN ALLEN, VA /PRNewswire/ -- A new report from NanoMarkets, a leading industry analyst firm based here, predicts that new opportunities are rapidly emerging in the conductive coatings market as the result of new applications and novel materials. Once a highly mature sector centered on coating or plating metals for equally slow-growing applications, the conductive coatings market will see a growth spurt brought on by demanding new requirements for electrodes, EMI/RFI shielding, and antistatic protection from next-generation electronics and energy devices. At the same time, new materials ranging from carbon nanotubes to conductive polymers to advanced composites, will provide significant competition to traditional metal coatings on cost, environmental, and performance grounds.
NanoMarkets' projections place the conductive coatings markets at $12.2 billion in 2014, going on to reach $15.9 billion in 2016 for the critical applications covered in electronics discussed in the report. Further details about the report are available on the company's Web site.
- Electrode coatings with enhanced conductivity will prove a key enabling technology in emerging areas such as large area sensors, fuel cells and especially photovoltaics. NanoMarkets believes that advanced materials, such as mixtures of silver and transparent conducting oxides, could provide a way forward to higher efficiencies in solar panels. Conductive coatings sold into the photovoltaics sector will reach $1.6 billion in revenues by 2014.
- Because nanomaterials are at an early stage, they offer the best prospects for a leap forward in conductive coating technology. Carbon nanotube coatings are already being used to beef up performance in fuel cells, lighting, and displays, and NanoMarkets also sees a significant market developing for nanosilver pastes for sensors, certain kinds of capacitors, and EMI/RFI shielding. While nanomaterials used in the conductive coatings sector today are negligible, by 2014, nanomaterial-based conductive coatings are expected to reach $415 million in revenues.
- Also by 2014, more than $450 million in conductive coatings will be sold for antistatic protection and EMI/RFI shielding applications. Growth in this market will be spurred by growth of wireless communications, with its inherent need for shielding and higher levels of chip integration, which will require more protection from static electricity. NanoMarkets also expects new uses to emerge in this sector, such as RF shielding used to prevent access to data stored on RFID chips. It also anticipates that there will be a growing shift from metallic coatings toward the use of conductive polymers for EMI/RFI shielding on cost and environmental grounds.
About the Report
NanoMarkets' report "Conductive Coatings Markets, 2009 and Beyond—Item Number: Nano-078" analyzes and quantifies the opportunities for conductive coatings based on metals, metallic compounds, conductive polymers, and advanced materials, such as carbon nanotubes, in important applications, such as batteries and fuel cells, photovoltaics, displays and lighting, sensors, antistatic/ESD applications, and EMI/RFI shielding. It contains detailed eight-year revenue forecasts for these materials, broken out by material type and application. It also contains discussions of the latest technological developments in both commercial and industrial labs, as well as discussions of innovations by major materials companies and startups.
NanoMarkets tracks and analyzes emerging market opportunities in energy and electronics markets. The firm has published numerous reports related to new developments in power sources, electronic device and fabrication techniques, and electronics material. NanoMarkets' research database is the "industry's most extensive source of information on thin-film, organic, and printable electronics.
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