How Varied Design Functionalities is Fueling the Rise of the Global Metamaterial Market?
Metamaterials are composite materials specially engineered to exhibit
exotic properties that are not present in a naturally occurring
material. Several end-users, such as the medical and telecommunication
industries, make phenomenal use of different metamaterials for different
applications. As per a report, the Global Metamaterial Market could grow at a CAGR of around 36% during 2021-26.
Its
unique properties have resulted in the development of metamaterial
antennas and sensors for petite wireless systems that could be proved
more efficient than the traditional ones. Also, the emerging need to
enhance the efficiency of solar photovoltaic (PV) has increased the
demand for metamaterial as it can augment the absorption capacity of
solar cells.
Furthermore, the constant need for clean energy
sources, such as solar, wind, and hydro energies, has aided the
necessity to enhance solar cells' efficacy. Burgeoning R&D
activities by various research institutes & market leaders have led
to the development of metamaterial products that can collect &
absorb light from all angles.
Metamaterials are widely used in telecommunication applications and are crafted for microwave & optical applications specifically. Moreover, these products are incorporated to manufacture antennas, microwave couplers, band-pass filters, and lenses.
Metamaterial Technologies, Echodyne Inc., Keymeta Corporation, Metasheild LLC., Multiwave Technologies AG, Plasmonic Inc., Nanohmics Inc., Phoebus Optoelectronics LLC, Metamagnetic Inc., Multiwave Metacrystal, Phononic Vibes, Transsip, Inc, Radi-Cool, Jem Engineering, LLC, and Aegis Technologies are a few primary leaders in the Global Metamaterial Market.
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