Lincon Erlenmeyer Conical Flask, 50ml, Narrow Neck, 22mm Neck Diameter, Borosilicate Glass, Graduated, 2/Box

LinconItem No: 1121-0050N2

Price:
Sale price$7.68
Quantity Price (Inc. GST)
1+ $8.45
50+ $8.05
250+ $7.62

Description

The Lincon Erlenmeyer Conical Flask is designed for mixing, heating and storing liquids during a wide range of laboratory procedures. Manufactured from durable borosilicate glass, this 50 mL flask features a 22 mm narrow neck and clear graduated markings, making it suitable for measuring approximate volumes while reducing the risk of spills during mixing. Its classic conical shape allows liquids to be swirled efficiently without splashing, supporting accurate and controlled laboratory work.

Constructed from Boro Glass, the flask offers excellent resistance to thermal shock and many commonly used laboratory chemicals, making it suitable for repeated use in demanding laboratory environments. The narrow neck helps minimise evaporation and contamination while allowing compatible stoppers or closures to be fitted when required. Graduated volume markings provide a convenient reference during solution preparation and sample handling, while the flat base ensures stable positioning on laboratory benches, hotplates and other work surfaces.

This Erlenmeyer conical flask is widely used in chemistry laboratories, research institutions, universities, pharmaceutical laboratories, environmental testing facilities and industrial quality control departments. It is suitable for preparing solutions, mixing reagents, culturing samples, heating liquids and conducting routine analytical procedures. Its compact capacity also makes it well suited to educational laboratories where reliable laboratory glassware supports practical scientific learning.

Designed for dependable everyday laboratory use, the Lincon Erlenmeyer Conical Flask combines durable borosilicate glass construction with a practical, easy to handle design. Its versatility and consistent performance make it a valuable addition to professional scientific environments.

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