Livingstone Kjeldahl Flask, 500ml, Long Neck, Glass, Each

Livingstone Kjeldahl Flask, Long Neck is manufactured from durable laboratory glass and designed for digestion, heating and analytical procedures that require controlled chemical reactions. Featuring a 500 mL capacity, this long neck Kjeldahl flask provides additional volume for larger sample preparations while maintaining the characteristic elongated neck that helps reduce sample loss during vigorous heating. It is commonly used in laboratories across Australia for analytical applications where dependable laboratory glassware supports consistent and accurate results. Constructed from heat-resistant glass, the flask offers excellent durability and resistance to many laboratory chemicals, allowing it to perform reliably through repeated heating cycles. The rounded body encourages even heat distribution to promote efficient digestion, while the long neck assists in containing vapours and minimising splashing throughout the process. Its transparent construction enables clear observation of samples during digestion and simplifies monitoring of reaction progress, supporting efficient laboratory workflows and repeatable analytical procedures. Suitable for chemistry, environmental science, food analysis and agricultural laboratories, this Kjeldahl flask is also widely used in research institutions, universities and industrial quality control environments. It is commonly used for Kjeldahl nitrogen determination, sample digestion, chemical analysis and other laboratory procedures where controlled heating and reliable glassware are essential. The larger capacity makes it particularly suitable for processing higher sample volumes and more demanding analytical applications. Designed for routine professional use, the Livingstone Kjeldahl Flask combines practical functionality with durable glass construction for dependable laboratory performance. Its long neck, generous capacity and reliable heat resistance make it well suited to analytical, research and educational laboratories requiring consistent results.