ISOLAB Dropping Funnel 500 ml, Cylindrical, PTFE Stopcock, NS 29/32, with Relief Tube, Graduated, Boro 3.3, DIN 12242

The ISOLAB Dropping Funnel 500 ml is meticulously crafted from durable borosilicate glass 3.3, ensuring exceptional heat resistance and longevity. Its cylindrical design features precise graduation marks in white enamel, adhering to ISO 4800 standards for accurate measurements. Equipped with a PTFE stopcock that eliminates the need for greasing and a PE stopper, this funnel offers seamless and controlled liquid transfer. The inclusion of a pressure equalizing tube enhances safety and efficiency during laboratory procedures. Compliant with DIN 12242 standards, this funnel is an indispensable tool for precise liquid handling in various laboratory applications.

Key Features:

• Brand: ISOLAB
• Material: High-quality borosilicate glass 3.3 for superior heat resistance and durability
• Design: Cylindrical shape with clear, white enamel graduations for precise measurement
• Stopcock: Interchangeable PTFE stopcock requiring no greasing, ensuring smooth operation
• Safety Feature: Equipped with a pressure equalizing (relief) tube for enhanced safety during use
• Standards Compliance: Manufactured in accordance with ISO 4800 and DIN 12242 standards
• Capacity: 500 ml
• Socket Size: NS 29/32
• Packaging: Supplied individually

This dropping funnel is an essential addition to any laboratory requiring precise and safe liquid transfer capabilities.

Frequently Asked Questions

1. What is the ISOLAB Dropping Funnel 500 ml, Cylindrical, PTFE Stopcock, NS 29/32, with Relief Tube, Graduated, Boro 3.3, DIN 12242 used for?

It is meticulously crafted from durable borosilicate glass 3.3, ensuring exceptional heat resistance and longevity. Its cylindrical design features precise graduation marks in white enamel, adhering to ISO 4800 standards for accurate measurements. Equipped with a PTFE stopcock that eliminates the need for greasing and a PE stopper, this funnel offers seamless and controlled liquid transfer. The inclusion of a pressure equalizing tube enhances safety and efficiency during laboratory procedures. Compliant with DIN 12242 standards, this funnel is an indispensable tool for precise liquid handling in various laboratory applications.

2. Is the ISOLAB Dropping Funnel 500 ml, Cylindrical, PTFE Stopcock, NS 29/32, with Relief Tube, Graduated, Boro 3.3, DIN 12242 suitable for laboratory fluid transfer or sample handling where the stated dimensions and material are compatible?

Yes. It is designed for laboratory fluid transfer or sample handling where the stated dimensions and material are compatible, and offers a capacity of 500 ml to support this kind of work.

3. What capacity does the ISOLAB Dropping Funnel 500 ml, Cylindrical, PTFE Stopcock, NS 29/32, with Relief Tube, Graduated, Boro 3.3, DIN 12242 have?

It has a capacity of 500 ml, and is supplied under manufacturer part number 032.

4. What is the ISOLAB Dropping Funnel 500 ml, Cylindrical, PTFE Stopcock, NS 29/32, with Relief Tube, Graduated, Boro 3.3, DIN 12242 made from and what features does it include?

It is made from high-quality borosilicate glass 3.3 for superior heat resistance and durability. It also offers cylindrical shape with clear, white enamel graduations for precise measurement, interchangeable PTFE stopcock requiring no greasing, ensuring smooth operation and a pressure equalizing (relief) tube for enhanced safety during use.

5. How does the ISOLAB Dropping Funnel 500 ml, Cylindrical, PTFE Stopcock, NS 29/32, with Relief Tube, Graduated, Boro 3.3, DIN 12242 compare with the Lenz-Laborglas Dropping Funnels, Cylindrical, With Pressure Equalizing Tube, Capacity 100 ml, Socket/Cone NS 14/23, Capacity 50 ml from Lenz-Laborglas?

For laboratory fluid transfer or sample handling where the stated dimensions and material are compatible, the ISOLAB model has the edge: it offers a larger capacity than the Lenz-Laborglas model (500 ml versus 100 ml funnel with 50 ml cap). The Lenz-Laborglas model offers a capacity of 100 ml funnel with 50 ml cap by comparison.