ISOLAB Pear Shape Flask 100 ml, NS 14/23, Boro 3.3

The ISOLAB Pear Shape Flask 100 ml, NS 14/23, Boro 3.3 is designed for reliable laboratory preparation, heating and reaction applications. Made from Boro 3.3 glass, this pear shape flask features an NS 14/23 neck and supports dependable use in laboratory glassware setups.

Key Features:

• Brand: ISOLAB
• Product Type: Pear shape flask
• Capacity: 100 ml
• Neck Size: NS 14/23
• Material: Boro 3.3 glass
• Standard: Conforms to DIN 12383
• Neck Standard: NS neck is in compliance with DIN 12242
• Application: Suitable for laboratory preparation, heating and reaction applications

This ISOLAB pear shape flask is suitable for laboratories requiring durable Boro 3.3 glassware with standardised NS neck compatibility.

Frequently Asked Questions

1. What is the ISOLAB Pear Shape Flask 100 ml, NS 14/23, Boro 3.3 used for?

It is designed for reliable laboratory preparation, heating and reaction applications. Made from Boro 3.3 glass, this pear shape flask features an NS 14/23 neck and supports dependable use in laboratory glassware setups.

2. Is the ISOLAB Pear Shape Flask 100 ml, NS 14/23, Boro 3.3 suitable for laboratory preparation, heating and reaction applications?

Yes. It is designed for laboratory preparation, heating and reaction applications, and offers a capacity of 100 ml to support this kind of work.

3. What capacity does the ISOLAB Pear Shape Flask 100 ml, NS 14/23, Boro 3.3 have?

It has a capacity of 100 ml, and is supplied under manufacturer part number 030.

4. What is the ISOLAB Pear Shape Flask 100 ml, NS 14/23, Boro 3.3 made from and what features does it include?

It is made from boro 3.3 glass. It also offers NS 14/23, conforms to DIN 12383 and NS neck is in compliance with DIN 12242.

5. How does the ISOLAB Pear Shape Flask 100 ml, NS 14/23, Boro 3.3 compare with the Lenz-Laborglas Pear-shape Flasks, Single-neck, Cap. ml 5 Socket NS 14/23 from Lenz-Laborglas?

For laboratory preparation, heating and reaction applications, the ISOLAB model has the edge: it offers a larger capacity than the Lenz-Laborglas model (100 ml versus 5 ml). The Lenz-Laborglas model offers a capacity of 5 ml by comparison.