2. INDUSTRIAL OVEN
• An industrial oven is a gadget used to make very high
temperatures to heat treat parts, condition metals, and cure
metal coatings. Regular capacities for industrial ovens include
drying, relieving, testing, and covering of parts and products.
This type of treatment portrays the property changes of a
product when it is warmed, like dried, prepared, or got dried
out.
• Industrial ovens work at temperatures above 670°C or 250° F.
They use gas, electricity, steam, high hot water, or fuel oil and
can be either clump or conveyor loaded
3. INDUSTRIAL OVEN- HOW DOES
IT FUNCTION?
While describing how an industrial oven functions, the
main thing to be considered is the kind of fuel used to
heat the oven, which can be boiling water, direct and
indirect gas, bright light, steam, and electricity.
The second thought, and fundamental factor, is the
industrial ovens airflow design, which can be:
• Horizontal – for products loaded on racks or hung
4. INDUSTRIAL OVEN- HOW DOES
IT FUNCTION?
• Horizontal /Vertical – Air is returned through roof
ducts
• Vertical/Horizontal – The air supply comes from the
roof and exits through return ducts on the walls.
• Vertical/Top Down or Bottom Up – Parts are hung or
on perforated racks. Air flows from the ducts to the
bring supply back.
5. FOR WHAT PURPOSE INDUSTRIAL
OVENS ARE USED?
• Industrial ovens are utilized for large and small
applications from applying coatings to small
electronic segments to baking finish coatings
on parts for airplanes and trucks. In
cleanrooms, they eliminate moisture to help
eliminate and contain contaminants.
6. USES OF INDUSTRIAL
OVENS
The list of uses of industrial ovens is long and broad. They have
become a fundamental part of each type of manufacturing for the
improvement of product execution and unwavering quality.
Described below are a couple of the more common uses.
STERILIZATION
• Industrial ovens are utilized to sterilize medical devices and
instruments as can be found in the dry warmth sterilizer. The
medical industry needs equipment with exact temperature
control for the removal of bacteria, microbes, and viruses. The
accuracy controls of industrial ovens obviously fit the
necessary conditions.
7. USES OF INDUSTRIAL
OVENS
PHARMACEUTICALS
• Industrial ovens are utilized to heat coatings on pills and as
an oxidizer to eliminate abundance chemicals and waste
from the coatings.
BURN IN TESTING
• Industrial ovens do static and dynamic burn-in testing for
coordinated circuits and electronic devices like laser diodes.
They give harsh and risky conditions to the recognition of
any issues in a product, particularly electrical circuits.
8. USES OF INDUSTRIAL
OVENS
SINTERING
• Industrial ovens minimized and bond materials below their
dissolving point, a process that is utilized in infusion molding
and metallurgy. The sintering process increases a material's
solidarity and thickness.
HEATING TREATING
• Heat treating which includes the tempering, aging, stress relief,
and annealing of metals at controlled temperatures. Tempering
reduces a metal's weakness. Stress help diminishes primary,
residual, and thermal pressure. Aging simulates the impacts of
utilization, while annealing increases metals ductility.