High
Mobility Materials: Introduction
·
High mobility materials are materials whose carrier mobility is
very high. Carrier mobility includes electrons and hole mobility. The
conductivity of high mobility materials can vary. This makes these materials
ideal for usage in electronic devices such as transistors, sensors, membranes,
solar cells, bio-medicines, automobile components, and semiconductors. The most
popular high mobility material is graphene, which is used in the form of
graphene-based electrodes. Besides graphene, other materials such as germanium,
indium gallium arsenide, silicon-germanium, gallium arsenide, and indium
arsenide are used as high conductor materials. The characteristics of these
materials include zero-overlap semimetal (with both holes and electrons as
charge carriers), very high electrical conductivity, inherent strength, high
thermal conductivity, and optical absorption.
Key
Drivers and Restraints of Global High Mobility Materials Market
·
The high
mobility materials market has fuelled a
technological revolution. High mobility materials can be used to make mobile
electric generators powered by hydrogen extracted from the air. Water crisis
can be resolved through the use of graphene membranes in the desalination
process. The membranes are big enough to let water through, but small enough to
filter out the salt. In the electronics industry, high mobility materials have
the potential to replace old technologies that use silicon. High mobility
materials enable the production of very thin flexible touchscreens that are
virtually unbreakable.
·
Significant expansion of electronics & semiconductors,
medical, and chemical sectors; and advancements in manufacturing high mobility
materials are the factors driving the market. Electronics & semiconductors
is one of the fastest growing industries in Asia Pacific. Increase in demand
for high mobility materials in the electronics & semiconductors industry is
expected to drive the demand for high mobility materials.
·
Rapid population growth, rise in industrialization, and
technological advancements are driving the growth of end-use industries. This
is boosting the high mobility materials market.
High
Mobility Materials: Application Segment
·
Based on application, the high mobility materials market can be
classified into lightweight, thin, flexible, electric & photonic circuits,
and solar cells. High mobility materials are significantly used in the solar
cell technology.
·
In solar cells, graphene is used as graphene-based polymer for
its extremely high electrical conductivity. This enables the conversion of
solar energy into electricity.
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High
Mobility Materials: End-use
·
In terms of end-use, the high mobility materials market can be
categorized into electronics & semiconductors, medical, chemical, and
industrial
Covid-19
Impact on High Mobility Materials Market
·
On January 30, 2020, the International Health Regulations
Emergency Committee of the World Health Organization (WHO) declared
the Coronavirus disease (COVID-19) outbreak a public health emergency
of international concern. Originating in China, the virus has spread to at
least 213 countries and territories around the world.
·
Several governments and private sector businesses are operating
at a limited capacity or have ceased operations completely due to recent events
surrounding the COVID-19 pandemic. This is expected to negatively impact the
high mobility materials market.
·
Disruption of the supply chain of raw materials has resulted in
the suspension of production and distribution of high mobility materials.
Delivery of high mobility materials and related products is also likely to be
adversely affected during the pandemic due to transit disruptions in some
geographies.
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Asia
Pacific to Dominate High Mobility Materials Market
·
In terms of region, the global high mobility materials market
can be divided into North America, Europe, Asia Pacific, Latin America, and
Middle East & Africa
·
The global high mobility materials market is estimated to expand
at a rapid pace, with Asia Pacific leading the growth. Asia Pacific has a
robust electronics & semiconductor industry concentrated in China, Taiwan,
South Korea, and Japan. Therefore, the high mobility materials market in the
region is likely to expand at a rapid pace during the forecast period. North
America and Europe are major consumers of high mobility materials. Demand for
high mobility materials in these regions is expected to increase moderately in
the near future. Latin America and Middle East & Africa are estimated to
account for minimal demand for high mobility materials.
Key
Manufacturers Operating in Global High Mobility Materials Market
The global high mobility materials market was consolidated in
2020. Major players have prominent presence in developed and developing
countries. Key manufacturers operating in the global high mobility materials
market include:
·
CVD Equipment Corporation
·
Vorbeck Materials
·
Graphene NanoChem
·
XG Sciences, Inc.
·
Angstron Materials, Inc.
·
Graphene Laboratories, Inc.
·
BGT Materials Limited, Ltd
·
Graphenea Inc.
·
Grafoid Inc.
·
Haydale Limited
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