Magnetrons are diodes that mostly consist of a cylindrical cathode implanted coaxially in the cylindrical anode that has a series of resonant cavities that creates sluggish waves structures. The electrons emitted by the cathode whirl past the resonating cavities at a speed that generates microwave energy. These multi-cavity devices are used as either pulsed or continuous wave (CW) oscillators with frequencies ranging from 600 to 95,000 megahertz (MHz). Among them majorly, 2450 MHz and 915 MHz frequency magnetrons are used across the globe.
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The
magnetron was first developed in the 1920s, and with passing years its
usage has become more prominent. Today magnetrons are used as an
essential component of a microwave oven. The microwaves generated by the
magnetron are used for heating and drying purposes. Magnetron’s ability
to easily produce high-power microwaves has made it very suitable for
industrial applications as well.
With the advancement of
industrial sectors, demand for magnetrons has also seen a surge in the
past decade. The growing food processing industry is one of the main
consumers of the magnetron in its microwave systems that utilize its
microwave energy for heating and drying food products. Apart from food
processing, magnetrons have also found their applications in
semiconductor, chemicals, rubber, and UV curing industries. In addition
to the industrial usage, consumption of magnetrons has also increased in
the defense sector due to the growing usage of RADARs and is expected
to continue due to the increasing expenditure on defense and
surveillance by countries across the globe. One of the aspects of
magnetron that can be considered as a drawback is that it can operate on
one fixed frequency which cannot be changed depending on the function.
The
growth of the industrial magnetron market can be attributed to the
growing usage of microwaves in various commercial and industrial
applications. With the strengthening of global economies, the disposable
income of consumers has increased, leading to an increase in commercial
food outlets, hence increasing the demand for commercial microwaves.
Additionally, growing defense expenditure is also helping the growth of
the market. The majority of the expenditure goes into the purchase and
development of armaments and radio detection and ranging (RADARs) that
are used in applications such as air defense, surveillance, navigation,
and search and rescue. Magnetrons are an essential component in a RADAR
system, and hence its demand has been growing in the defense sector.
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Heating
and drying will be the dominating application in the magnetron market.
Many industries such as food processing, chemical, lumber, rubber, and
medical have been using microwaves for heating and drying application
for years.
The demand for the industrial magnetron varies
according to various regions. Asia-Pacific is the largest and the
fastest-growing market. The region has some of the leading microwaves
manufacturers in countries like China, Japan, and South Korea. Also, due
to the presence of various dominant end-users such as the food
processing industry, semiconductors, chemicals, and automotive, the
demand for industrial microwave is high hence driving the demand for
magnetrons.
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