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Many industrial
processes require properly controlled conditions of heat, pressure, and/or
vacuum to cause physical and chemical changes in a material to be treated.
These conditions are created and controlled within enclosed vessels generally
called autoclaves.
Autoclaves for specialized functions or industries
are often called by other names: Vulcanizers, Devulcanizers, Heater Presses
and Tire Curing Presses in the rubber industry; Globe Digesters in the
pulp, paper, and minerals industries; Sterilizers and Hyperbaric Chambers
in medicine; Pressure Cookers in the food industry; and Laminators and
Bonding Autoclaves in the automotive and aircraft industries.
As Impregnators, they are used for putting one material
into another, such as preservatives into wood; for treating paper pulp
tubes and porous castings; and for insulation of electrical cable.
Autoclaves are used as chemical reactors and for chemical
synthesis in various industries.
Autoclaves vary in sizefrom the household pressure
cooker and compact sterilizing units used in laboratories and hospitals
to a tire curing press that can produce tires 17 feet (5,180 mm) in diameter.
The pressure vessel is only part
of the autoclaving process. Sophisticated equipment is required for instrumentation
and valving, as well as for convenient materials handling and proper supply
and application of process heat, pressure and/or vacuum and adequate process
control.
McGill AirPressure specializes in supplying integrated
autoclave systems to meet the specific needs of processing industries.
We design, engineer, manufacture, and install the largest and most advanced
autoclave systems in the world. Complete packaged units include pressure
vessels, quick-opening doors, heating, cooling, and air circulation systems,
provision for materials handling, instrumentation, and completely automated
process cycling.
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McGill
AirPressure offers complete turnkey systems, including design and fabrication,
expert installation and startup service, and on-site operator training.
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