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Conical Flask

The Conical Flask is a laboratory glassware item designed for mixing, heating, storing, and preparing liquid solutions. Its conical shape and narrow neck help reduce spillage during mixing, making it suitable for research, analytical, educational, and industrial laboratory applications.

Specification Details
Product Name Conical Flask
Product Type Laboratory Flask
Material Laboratory Glass
Shape Conical
Neck Type Narrow Neck
Available Capacities Various sizes available
Temperature Compatibility Suitable for routine laboratory heating applications
Applications Solution Preparation, Mixing, Heating, Titration, Sample Storage, Research & Quality Control
  • Manufactured from laboratory-grade glass for reliable laboratory use.
  • Conical design allows efficient mixing with reduced risk of spillage.
  • Narrow neck helps minimize evaporation and sample contamination.
  • Suitable for mixing, heating, storing, and preparing laboratory solutions.
  • Available in multiple capacities to meet diverse laboratory requirements.
  • Compatible with research, pharmaceutical, educational, and industrial laboratory applications.
  • Ideal for routine analytical procedures, titrations, and chemical experiments.

The Conical Flask, also known as an Erlenmeyer Flask, is widely used in laboratories for the preparation, mixing, heating, and temporary storage of liquids and chemical solutions. Manufactured from laboratory-grade glass, it is designed with a broad base and a narrow neck, allowing efficient swirling of liquids while minimizing the risk of splashing or sample loss.

The flask is suitable for a variety of laboratory procedures, including solution preparation, titration, microbiological media preparation, chemical reactions, and sample handling. It is commonly used in research laboratories, pharmaceutical industries, educational institutions, biotechnology facilities, and quality control laboratories. Available in multiple capacities, the Conical Flask is an essential piece of laboratory glassware that supports routine analytical and experimental workflows.

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