Fluids used for heat transfer from devices to prevent
overheating are called coolants. Coolants flow around or through devices for
the transfer of the heat produced by the device to outer environment for heat
dissipation. Industrial coolants absorb heat from the machine or engine and
dissipate it by means of a radiator or other devices. Industrial coolants are
also known as antifreeze liquids, which are generally a mixture of propylene or
ethylene glycol with water mixed in an equal ratio. Industrial coolants also
keep the passenger compartment of a vehicle warm. Anti-freeze liquids offer
same properties as industrial coolants. Anti-freeze mixtures are more resistant
to extremely low and high temperature. These liquids are concentrated products
based on glycol with some corrosion inhibitors and other additives. Anti-freeze
liquids are diluted in different proportions with additives to make industrial
coolants different grades. These diluted anti-freeze liquids are
usually called industrial coolants.
Key
properties of industrial coolants include low viscosity, high thermal capacity,
non-toxic, low-cost, and chemical inertness. An ideal industrial coolant should
not cause corrosion to the cooling system and other engine/machine parts.
Majority of industrial coolants are used in various industries such as
automotive, oil & gas, power generation, and chemicals. Industrial coolants
must control the machine/engine temperature in all weather conditions without
freezing or overheating. Special additives are added to industrial coolants to
prevent chemical deterioration and freezing. Industrial coolants use special
anti-corrosive additives to prevent internal corrosion of engine/machine parts
in the automotive industry.
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Three
types of industrial coolants are used around the globe: green anti-freeze
coolants, oat anti-freeze coolants, and HOAT anti-freeze coolants. Green
anti-freeze coolants are the most common type of industrial coolants used
around the globe. These coolants consist of phosphate and silicate additives,
which provide protection to bare iron surfaces and aluminum parts of the
machinery. HOAT anti-freeze coolants stand for organic acid technology. These
types of industrial coolants contain organic acids such as sebacate, 2-EHA, and
other various organic acids. HOAT anti-freeze coolants do not contain
phosphates or silicates as found in green anti-freeze coolants. HOAT
anti-freeze industrial coolants stand for hybrid OAT industrial coolants. These
types of industrial coolants comprise organic acids with silicates and
phosphates to provide protection for aluminum and metallic surfaces of
machinery and engines. Most HOAT industrial coolants are used by car
manufacturers around the globe.
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Rise in
industrialization, emerging economies, and growth in the automotive aftermarket
are expected to drive the industrial coolants market in the near future.
Increase in usage of industrial coolants in industries such as automotive,
power generation, chemicals, electronics, automobiles, and aerospace &
defense is also anticipated to boost the market for industrial coolants around
the globe. North America followed by Asia Pacific and Europe are the growing
regions of the market in terms of consumption. The market for industrial
coolants in Asia Pacific is estimated to expand at a rapid pace due to the
rapid industrialization and expansion of economy in the region. Increase in
cost of raw materials and growth in production of electric vehicles are major
restraints of the industrial coolants market.
Kay
players operating in the industrial coolants market are Huntsman Corporation,
Exxon Mobil Corporation, Cummins Filtration, Chem Arrow Corporation, Houghton
International Inc., The Dow Chemical Company, Commonwealth Oil Corporation
Company, Total Oil, JTM Products Inc., W.S.Dodge Oil Co. Inc., and LUBRICANTS
INDIA.
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