Uses Of Ovens In A Laboratory - FactsnFigs - Submit Your Guest Post, Articles for more Exposure, Credibility and Traffic.

AMAZON


Uses Of Ovens In A Laboratory

Uses of ovens in a laboratoryapplications for laboratory ovens process of annealing drying as well as baking high-temperature ovens


Laboratory ovens are those ovens for high-forced volume thermal convection applications. These ovens usuallyoffer uniform temperatures throughout. Process applications for laboratory ovens may be for annealing, die-bond curing, Polyimide baking, drying, sterilizing as well as other industrial laboratory functions. Typical sizes are from one cubic foot to 0.9 cubic metres (32 cu ft) with temperatures that may be over 340 degrees Celsius.

Laboratory ovens can be utilized in numerous dissimilar applications and configurations, including clean rooms, horizontal airflow, forced convection, inert atmosphere, usual convection as well as pass through.

Some of the types of industries that classically use these laboratory ovens are the healthcare industry, technology industry as well as transportation industry. Civil engineering laboratories utilize ovens for drying asphalt, rock, soil or concrete samples.

The most commonly found laboratory ovens range in temperature from ambient to around 300°C, used in the fields of chemistry, biology, pharmaceuticals as well as forensics. Ovens that function above 300°C are traditionally utilized for more specialised applications in physics, electronics and materials processing.

Laboratory ovens are obtainable in an array of sizes. They can be lesser in size, such as a benchtop oven or a freestanding unit. Some characteristic portability, which is useful while working across multiple locations. Additionally, working temperature variety is key as well as depends on your application. Maximum temperature also varies ranging from -185C for a constancy chamber to 350C for drying ovens.

Types of Lab Ovens

Standard Digital Ovens
Built for general purposes such as heating as well as drying, standard digital ovens are built to provide accuracy, control as well asprotection.

Heavy Duty Ovens
Used in industrial applications, these robust ovens are bolstered with heavy duty fittings as well as furnishings to stand up to their drying as well as curing usages.

Hot Box Ovens
Built for environments where absolute correctness is not particularly essential, but will suitably bake the samples being tested.

Wax Melting Ovens
Used to melt as well as maintain wax for the reason of histology (the study of the microscopic anatomy of cells and tissues of plants and animals).

High-Temperature Ovens
Custom built to meet the specifications required by its respective labs, high-temperature ovens are made with added insulation to their doors and cabinet walls, since they employ temperatures upwards of 500°C. Utilized lengthily in the aerospace industry.

The Uses of Lab Ovens

Die-bond curing
Through a combination of drying as well as baking, lab ovens cure substances in order to harden their chemical composition. This is a means of making epoxies, glues, plastics as well as rubbers utilized in polymer research, nanotechnology as well as semiconductor industries. The increased bond strength is also exceptionally helpful in adhering components directly onto circuitry, numerous of which are utilized in military, space as well as medical systems.

Annealing

The process of annealing involves heating as well as then cooling material, such as glass or steel, in order to reduce hardness as well asboost ductility. High-temperature vacuum ovens are utilized in this process, often in the application of metallurgy, medical device manufacturing as well as material science industries. These annealed materials may be cut as well as shaped more readily to be utilized in the production of things such as syringes and catheters.
Theme images by linearcurves. Powered by Blogger.