Ovens and Furnaces are used in many different material testing applications. Ovens generally operate at lower temperatures for drying materials in sample preparation or for moisture content determinations. Hot Plates, Ranges and Heat Gun Driers are more portable and convenient for use in general drying and heating applications. Furnaces generate higher temperatures for special applications.
Gilson offers a variety of Laboratory Ovens for efficient sample processing in common heating and drying applications.
- Laboratory Ovens – There is a wide selection of brands, models and capacities to choose from. While most models are electric, some are available that operate on natural gas or LP. Temperature range, chamber capacity, and gravity or forced-air convection are three primary factors to consider in determining which Laboratory Oven best meets your needs.
Our selection of Laboratory Oven models ranges from bench-top to floor-standing, and includes Quincy Lab, Despatch, Shel Lab®, Grieve and Peerless Gas.
Models with features like heavy duty construction, high-capacity and large cabinets are available. Rolling Thin Film Ovens (RTFO) from Gilson and Applied Test Systems (ATS) are purpose-built for specific asphalt testing applications.
Furnaces operate at much higher temperatures and are used for loss-on-ignition, ashing or other applications. Furnaces are often more compact, with thicker insulating walls to maintain the higher temperatures. The chambers are smaller, and specimens are tested in ceramic or special metal crucibles. Gilson offers two types of furnaces:
Gilson also has a selection of smaller appliances, electric and propane, that can be a convenient and portable alternative to laboratory ovens for some less-demanding drying and heating applications.
- Hot Plates, Ranges & Stirrers – Electric or propane hot plates and electric ranges come in single or double burner capacity. Also available are Magnetic Stirring Hot Plates with adjustable stirring speed.
- Heat Gun Driers – Heat Gun Driers come in standard and high-temperature heat models. They can be used hand-held or bench-top to direct heat onto a specific source.