The VITLAB Erlenmeyer Flask is constructed from high-quality polypropylene (PP), offering excellent chemical resistance and durability. Designed with a GL 45 threaded neck, it comes equipped with a secure screw cap, making it ideal for various laboratory applications, including storage and cultivation of cell cultures. Its wide mouth facilitates easy filling and pouring, while its break-resistant design ensures safety during use. The flask's blue graduated markings provide approximate volume measurements for accurate dispensing.
This Erlenmeyer flask is an essential tool for laboratories requiring reliable and safe storage solutions for liquid samples and cell cultures.
It is constructed from high-quality polypropylene (PP), offering excellent chemical resistance and durability. Designed with a GL 45 threaded neck, it comes equipped with a secure screw cap, making it ideal for various laboratory applications, including storage and cultivation of cell cultures. Its wide mouth facilitates easy filling and pouring, while its break-resistant design ensures safety during use. The flask's blue graduated markings provide approximate volume measurements for accurate dispensing.
Yes. It is designed for various laboratory applications, including storage and cultivation of cell cultures, and offers a capacity of 1000 ml and a recommended cleaning temperature of up to 60°C to preserve markings to support this kind of work.
It has a capacity of 1000 ml and a recommended cleaning temperature of up to 60°C to preserve markings, and is supplied under manufacturer part number 570941.
It is made from polypropylene (PP) for durability and chemical resistance. It also offers GL 45 threaded neck with screw cap, wide mouth for easy handling; break-resistant construction for enhanced safety and blue graduated markings for approximate volume measurement.
For various laboratory applications, including storage and cultivation of cell cultures, the VITLAB model has the edge: it offers a larger capacity than the Thermo Scientific model (1000 ml versus 250 mL per flask), along with a recommended cleaning temperature of up to 60°C to preserve markings. The Thermo Scientific model offers a capacity of 250 mL per flask by comparison.
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