Product Description
Flask Conical Or Erlenmeyer:-
Catalogue No. Socket Size Capacity Flask ml
257/01 B 14 50
257/02 B 14 100
257/03 B 19 50
257/04 B 19 100
257/05 B 19 150
257/06 B 19 250
257/07 B 19 500
257/08 B 24 50
257/09 B 24 100
257/10 B 24 150
257/11 B 24 250
257/12 B 29 250
257/13 B 34 250
257/14 B 24 500
257/15 B 24 1000
257/16 B 29 500
257/17 B 34 500
257/18 B 29 1000
257/19 B 34 1000
257/20 B 24 2000
257/21 B 24 2000
Versatile and Durable Laboratory EssentialThe conical (Erlenmeyer) flask serves multiple purposes in laboratories, from preparing and mixing solutions to culturing microbes. Its glass construction ensures excellent chemical resistance, while the narrow neck minimizes evaporation and contamination. This combination of versatility and durability makes the flask indispensable for chemists, biologists, and educators.
Easy Cleaning and SterilizationWith its smooth glass surface, the Erlenmeyer flask is simple to clean after use. It is also fully autoclavable, supporting stringent sterilization and reuse protocols. This not only ensures safe laboratory practices but also supports sustainability by reducing the need for disposable labware.
Reliable Volume EstimationGraduated markings on the flask enable users to estimate liquid volumes with ease. While not intended for highly precise measurements, these graduations are invaluable in daily lab workflows and improve accuracy when preparing solutions or conducting routine experiments.
FAQs of Flask Conical Or Erlenmeyer:
Q: How should I clean and sterilize an Erlenmeyer flask?
A: The glass Erlenmeyer flask can be cleaned using standard laboratory detergents and water. For sterilization, it is autoclavable, meaning it can be subjected to high-pressure steam in an autoclave without damage. Ensure it is completely dry before use.
Q: What makes the Erlenmeyer flask resistant to chemicals?
A: The flask is constructed from laboratory-grade glass that is inherently resistant to acids, bases, and most solvents, ensuring it does not react with or degrade under chemical exposure during experiments.
Q: When is it suitable to use an Erlenmeyer flask in the lab?
A: This flask is ideal for a range of laboratory applications such as mixing solutions, heating liquids, and culturing microorganisms. Its design is particularly advantageous when swirling contents without risk of spillage.
Q: Where can I use the conical flask outside chemistry labs?
A: Beyond chemistry labs, Erlenmeyer flasks are used in biology labs for microbial cultures, in educational demonstrations, and in environmental science for sample collection and storage.
Q: What is the process for measuring liquids in this flask?
A: To estimate liquid volume, fill the flask and read the graduated markings at eye level. These marks provide approximate values suitable for general lab use but are not meant for precise volumetric measurements.
Q: What are the benefits of using a reusable glass Erlenmeyer flask?
A: Reusable glass flasks reduce laboratory waste, ensure compatibility with various chemicals, withstand repeated sterilizations, and support sustainable lab practices through reliable long-term use.