Livingstone Kjeldahl Flask, 250ml, Long Neck, Glass, Each

Livingstone Kjeldahl Flask, Long Neck is manufactured from durable laboratory glass and designed for digestion, heating and chemical analysis during Kjeldahl nitrogen determination and other analytical procedures. With a 250 mL capacity, this long neck Kjeldahl flask provides ample space for sample digestion while its elongated neck helps minimise liquid loss caused by splashing during heating. Commonly used in laboratories across Australia, it is well suited to applications requiring controlled chemical reactions and accurate analytical preparation. The glass construction offers excellent resistance to heat and a wide range of laboratory chemicals, making the flask suitable for repeated use in demanding laboratory environments. Its round body promotes even heat distribution, supporting efficient digestion of samples while reducing localised overheating. The long neck helps contain vapours and improves handling during heating and mixing, contributing to safer and more controlled laboratory procedures. The clear glass also allows users to observe reaction progress throughout the digestion process, supporting consistent and reliable analytical workflows. This Kjeldahl flask is widely used in chemistry, environmental, agricultural and food testing laboratories, as well as research centres, universities and industrial quality control facilities. It is commonly used for Kjeldahl nitrogen analysis, sample digestion, chemical preparation and analytical testing where reliable laboratory glassware contributes to accurate and repeatable results. Its practical design also makes it suitable for teaching laboratories introducing analytical chemistry techniques. Designed for dependable everyday laboratory use, the Livingstone Kjeldahl Flask combines durable glass construction with practical functionality for routine analytical procedures. Its long neck design, heat resistance and reliable performance make it a valuable addition to professional, research and educational laboratory environments.