An oven is a chamber that can maintain a variably controllable temperature for heating & drying different samples in laboratories. Laboratory ovens are indispensable tools for many experiments, providing a controlled environment of heat, humidity, cleanliness and airflow not found in regular homes.
Common
laboratory ovens include vacuum, gravity convention, forced air ovens, etc. If
you are looking to get a new oven for your lab,
then you need to go through all your options:
·
Laboratory
Vacuum Ovens
These
vacuums work on Coriolis Effect and are used in low-vacuum and high-vacuum
applications. Vacuum ovens are primarily used to perform physical, chemical and
thermal changes at various temperature ranges. The vacuum oven has a heating
element, a temperature sensor, and an exhaust system for removing materials. Laboratory Vacuum Ovens provide an
ideal environment for desiccating chemicals without heating them beyond safe
temperatures.
·
Gravity
Convention Ovens
These
ovens are commonly used for drying. They are generally used to maintain the
temperature in the 110-160F range and can be used for either conventional or
convection drying. The heat radiates from upward-flowing hot air and can be
modified with baffles, flaps or fans to perform other operations such as
convection drying, cooking and baking.
·
Forced
Air Ovens
These
ovens have a fan that uses forced air circulation to transport heat through
heating elements placed in the oven's chamber. They can perform all kinds of
functions like cooking, baking and drying depending on the information provided
about their make and model.
·
Convection
Ovens
These
ovens have fans that move hot air around a heating element to provide an even
temperature throughout the chamber. They are usually used with gravity ovens to
dry samples under a gentle upward hot air flow. These convection ovens are used
to dry samples by removing moisture through sublimation.
To Sum Up!
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