DWK Kimble Capillary Melting Point Tubes 100mm, Both Ends Open, Pack of 20x100

The DWK Kimble Capillary Melting Point Tubes 100 mm, Both Ends Open, Pack of 20x100, are designed for precise and reliable melting point determination in laboratories. These high-quality glass tubes provide accurate results and are essential for research and analytical applications.

Key Features:

• Brand: DWK Kimble
• Length: 100 mm
• Ends: Both ends open
• Material: High-quality glass for accurate results
• Packaging: Pack of 20x100
• Application: Ideal for laboratory melting point determination

These capillary tubes ensure consistent and reproducible results, making them a crucial accessory for laboratories conducting precise thermal analysis.

Frequently Asked Questions

1. What is the DWK Kimble Capillary Melting Point Tubes 100mm, Both Ends Open, Pack of 20x100 used for?

It are designed for precise and reliable melting point determination in laboratories. These high-quality glass tubes provide accurate results and are essential for research and analytical applications.

2. Is the DWK Kimble Capillary Melting Point Tubes 100mm, Both Ends Open, Pack of 20x100 suitable for laboratory melting point determination?

Yes. It is designed for laboratory melting point determination, and offers a length of 100 mm to support this kind of work.

3. What length does the DWK Kimble Capillary Melting Point Tubes 100mm, Both Ends Open, Pack of 20x100 have?

It has a length of 100 mm, and is supplied under manufacturer part number 34500-99.

4. What is the DWK Kimble Capillary Melting Point Tubes 100mm, Both Ends Open, Pack of 20x100 made from and what features does it include?

It is made from high-quality glass for accurate results. It also offers both ends open.

5. How does the DWK Kimble Capillary Melting Point Tubes 100mm, Both Ends Open, Pack of 20x100 compare with the Hirschmann Melting Point Tube, 100 mm, OD 1.35 mm from Hirschmann?

For laboratory melting point determination, the DWK model is the better choice, offering a length of 100 mm. The Hirschmann model offers a length of 100 mm and an outer diameter of 1.35 mm as an alternative, while the DWK model's both ends open help make it a strong fit for laboratory melting point determination.