Normax Funnel Soda Lime Glass 100 mm

Normax Funnel Soda Lime Glass 100 mm, Short Stem (31 351 46A)

Description

The Normax Funnel Soda Lime Glass 100 mm (Cat. No. 31 351 46A) is a durable and versatile laboratory funnel designed for smooth and controlled liquid transfer. Constructed from high-quality soda lime glass, it provides clarity, chemical resistance, and dependable performance in routine laboratory tasks. Its short stem design ensures efficient flow control, minimizes liquid retention, and offers better stability when positioned on receiving vessels. With a 100 mm diameter, it accommodates large-volume transfers, making it suitable for both analytical and general laboratory applications. The smooth surface finish supports easy cleaning and reliable reuse, ensuring long service life in daily laboratory use.

Product Features

• Made from durable soda lime glass suitable for general laboratory operations

• 100 mm diameter for handling larger volumes of liquids

• Short stem design promotes stable, controlled pouring and quick flow

• Transparent body allows easy visual monitoring of liquid transfer

• Smooth glass surface prevents residue buildup and simplifies cleaning

• Uniform shape fits securely on standard laboratory flasks and beakers

• Reusable and cost-effective for routine applications

Applications

• Liquid transfer between beakers, flasks, and other laboratory containers

• Gravity filtration and solution preparation

• Filling of bottles, volumetric flasks, and reagent containers

• Suitable for general chemistry, analytical, and educational laboratory work

Specifications

• Brand: Normax

• Product Type: Funnel

• Material: Soda lime glass

• Diameter: 100 mm

• Stem Type: Short stem

• Product Code: 31 351 46A

Conclusion

It is a reliable, easy-to-use tool designed for everyday laboratory liquid handling and filtration tasks. Its clear glass construction, sturdy short stem, and smooth finish provide precision, safety, and durability—making it a practical choice for efficient fluid transfer in any laboratory environment.