Laboratory Ovens: Their types and uses

Utilized in a wide number of ways, laboratory ovens cover a lot of aspects of sciences, essential for an assortment of mechanical, innovative work purposes. Here, we'll take you through the different uses of these essential bits of this equipment.

An Overview:

The most commonly used laboratory ovens vary in temperature that is around 300°C, used in the fields of chemistry, biology, pharmaceuticals and forensics. Lab ovens that operate above 300°C are commonly used for more specific applications in physics, electronics and materials processing.

Types of Lab Ovens:

1. High-Temperature Ovens: Specifically designed to meet the needs of specific labs, high-temperature ovens are designed with extra insulation to their doors and cabinet walls since they need to withstand very high temperatures that may go as high as 500-degree Celsius. These kinds of ovens are extensively used in the aerospace industry.
2. Heavy-duty ovens: Utilized in mechanical applications, these robust ovens are reinforced with rock-solid fittings and furnishings to face their drying and curing usages.
3. Wax Melting Oven: Used to melt and maintain wax for the purpose of histology (the study of the microscopic anatomy of cells and tissues of plants and animals).
4. Standard Digital Ovens: Built for general purposes, for example, heating and drying, standard digital ovens are worked to offer precision, control, and security.
5. Hot-Box Oven: Built for situations where supreme precision isn't especially fundamental but works well for approximately baking the samples being tested.

Uses of Laboratory Ovens:

1. Drying: Forced air and vacuum ovens are used to complete the process of drying the samples to remove moisture from them. Forced air and vacuum ovens are perfect for samples that are easily broken down because they get rid of the moisture and reduce the boiling point of water, which allows the sample to dry at a lower temperature.
2. Annealing: The process of annealing includes heating and cooling material, for example, glass or steel, so as to lessen hardness and increase its malleability. High-temperature broilers are utilized in this procedure, regularly used in metallurgy, medicinal gadget assembling, and material science ventures.
3. Polyimide Baking: It is added to the oven in liquid form, the polyimide is then thermally baked to create a thin film or a layer for various uses. The uses include stress buffer coating for redistribution layers, adhesion, chip bonding and much more.
4. Sterilizing: One of the most common uses of Lab ovens is sterilization. They can be used to sterilize lab equipment and glassware. The ideal temperature for the process is 160-degree Celsius. And the content needs to be heated for 45 to 60 minutes.
5. Die-bond Curing: Through a mix of drying and heating, lab ovens fix substances so as to harden their chemical composition. This is a method for making epoxies, pastes, plastics and rubbers utilized in polymer research, nanotechnology and semiconductor industries.

Lab ovens are additionally used biological, forensic and environmental labs where their uses are more specialized.

For more information about laboratory oven, contact Thermolab Scientific Equipments.

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