Evaporating Dish, Round Bottom with Spout, 80ml, 90mm Diameter x 45mm Height, Borosilicate Glass, Each

Livingstone Evaporating Dish, Round Bottom is manufactured from borosilicate glass and designed for the controlled evaporation of liquids, concentration of solutions and heating of small laboratory samples. With an 80 mL capacity, this round bottom evaporating dish promotes even heat distribution, making it suitable for routine laboratory procedures where consistent heating and careful sample handling are important. Its compact size allows convenient use when working with smaller solution volumes during scientific testing and analysis.

Constructed from borosilicate glass, the dish offers excellent resistance to thermal shock and chemical exposure, supporting reliable performance through repeated heating and cooling cycles. The rounded base helps distribute heat evenly across the contents, assisting with controlled evaporation while reducing the risk of uneven heating. The clear glass construction enables easy observation of samples throughout the process, while the smooth surface simplifies cleaning and preparation for subsequent laboratory work.

This evaporating dish is suitable for chemistry, biology and analytical laboratories, as well as research facilities, educational institutions, pharmaceutical laboratories and industrial quality control environments. It is commonly used for evaporating solvents, concentrating solutions, preparing crystalline residues and carrying out routine laboratory experiments that require controlled heating of small sample volumes. Its compact capacity also makes it well suited to teaching laboratories and research applications requiring precise sample preparation.

Designed for dependable everyday use, the Livingstone Round Bottom Evaporating Dish combines durable borosilicate glass construction with practical functionality for routine scientific work. Its compact size, even heat distribution and chemical resistance make it a reliable addition to professional and educational laboratory environments.