Supertek Transparent Borosilicate Glass Kjeldahl Flask With Joint

The Supertek Kjeldahl Flask with Joint is a specialized laboratory glassware designed for use in the Kjeldahl method, a widely employed technique for determining nitrogen content in organic compounds. Transparent in nature and with a capacity of 50 ml, this flask offers precise and reliable performance essential for accurate analysis.

Crafted from high-quality borosilicate glass, the flask ensures durability and resistance to thermal shock, making it well-suited for the rigorous heating and digestion steps involved in the Kjeldahl method. Borosilicate glass's ability to withstand extreme temperatures without fracturing or distorting ensures the safety and integrity of experiments in diverse laboratory settings.

The inclusion of a joint in the design of the flask enables easy attachment to other laboratory equipment such as condensers or distillation apparatus. This feature facilitates seamless integration into experimental setups, enhancing workflow efficiency and experimental flexibility.

Transparency is a critical aspect of this flask, allowing researchers to monitor the progress of digestion reactions and assess solution clarity during the Kjeldahl process. The transparent construction enables visual observation without the need for sample extraction or manipulation, enhancing experimental control and accuracy.

With a capacity of 50 ml, this flask accommodates moderate-volume samples, making it suitable for a variety of laboratory applications, including the analysis of nitrogen content in organic compounds, protein determination, or quality control testing in industries such as food and agriculture.

Manufactured to exacting quality standards, the Supertek Kjeldahl Flask with Joint offers durability, functionality, and precision, making it an indispensable tool for researchers, scientists, and laboratory professionals. Whether employed in academic research, industrial analysis, or quality assurance, this flask provides the essential combination of reliability, precision, and convenience necessary for successful implementation of the Kjeldahl method in diverse laboratory environments.