Plastic chemical flask – a modern solution in laboratories
Plastic chemical flask is an increasingly popular alternative to traditional glass laboratory vessels. Modern laboratories, especially those involved in in vitro research, are looking for equipment that combines durability, lightness and chemical resistance. Flasks made of modern plastics meet these requirements, additionally offering greater safety of use in dynamic research environments.
Plastic chemical flasks are particularly valued for their mechanical strength. Unlike glass counterparts, which can easily crack or shatter when dropped, plastic versions are more resistant to damage. This is particularly important in laboratories with high workloads, where equipment maVATulation takes place frequently and at a fast pace. In such conditions, a plastic chemical flask reduces the risk of losses resulting from damage to vessels and potential contamination of samples.
An additional advantage is the ease of use. plastic flasks. They are much lighter than their glass counterparts, which makes them easier to carry and maVATulate during experiments. In addition, their high transparency, especially in the case of flasks made of polycarbonate or PET, allows for precise observation of the processes taking place in the vessel.
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Plastic chemical flasks in in vitro studies
Plastic chemical flasks have found wide application in in vitro studies, where sterility, chemical resistance and the possibility of precise dosing of reagents are crucial. Many of these flasks are available in a sterile version, which eliminates the need for time-consuming sterilization before starting the experiment. This is especially important in procedures requiring aseptic conditions, such as cell cultures or sample preparation for molecular analysis.
Plastic flasks are often chosen for experiments conducted in laboratory incubators, where sterility and controlled atmosphere conditions are crucial. The materials from which these flasks are made must be resistant to chemical and mechanical factors, and must not affect the stability of the substances stored in them.
One of the most popular models of plastic flasks used in laboratory research are Erlenmeyer flasks. Thanks to their characteristic design, they enable effective mixing of liquids and optimal conditions for culturing microorganisms and eukaryotic cells. They are often used in cell culture research, biotechnology and pharmacy.
We encourage you to check it out Erlenmeyer flasks available in our offer, which are perfect for in vitro research and other laboratory applications.
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Is a plastic chemical flask always the best choice?
Although plastic chemical flask has many advantages, it will not always be the right solution. There are situations in which traditional laboratory glassware remains irreplaceable. For example, in experiments requiring very high temperatures (above 150°C), glass flasks made of borosilicate glass are more resistant to heat than most plastics.
Plastic flasks They can also be damaged by contact with some organic solvents, such as acetone or chloroform. Therefore, before selecting the appropriate material, it is worth checking its chemical resistance and adapting it to the specifics of the tests being performed.
The decision to choose a plastic or glass flask should depend on several key factors:
Type of research performed – Plastic flasks are suitable for tests requiring mechanical resistance, but they are not suitable for work at very high temperatures.
Working environment – In dynamic laboratories, where equipment maVATulation occurs frequently, plastic flasks increase the safety of use.
Sterility – In in vitro studies, it is worth choosing plastic flasks available in a sterile version, which saves time and minimizes the risk of contamination.
Chemical resistance – Before choosing a specific flask, make sure that the material from which it is made is resistant to the reagents used.
It is also worth remembering that plastic flasks They can be single-use or reusable. For studies that require absolute cleanliness and no risk of contamination, single-use versions may be a better choice.
Summary
Plastic chemical flask is a versatile and modern solution for laboratories looking for an alternative to traditional glass. Thanks to its resistance to mechanical damage, low weight and availability in sterile versions, it is an excellent choice for laboratories conducting in vitro research.
Although plastic flasks have many advantages, their selection should be considered and adapted to specific research needs. If you are interested in other aspects of using laboratory equipment, we invite you to read our blog, where you will find more information on this topic. Read more on our blog.
Additionally, if you are looking for high quality chemical flasks for in vitro testing, check out our range of products available on the website Genoplast.com