Hilgenberg NMR Tubes 0.40mm for Bruker Match System, OD 4.25±0.03mm, ID 3.45±0.03, Length 100mm, One End Closed, Pack of 10

The Hilgenberg NMR Tubes are meticulously designed for seamless compatibility with the Bruker MATCH™ system, ensuring superior performance in nuclear magnetic resonance spectroscopy. With an outer diameter of 4.25003mm and an inner diameter of 3.45003mm, these tubes cater to high-precision analytical requirements. Each tube measures 100mm in length and features one closed end with a fire-polished rim, safeguarding sample integrity. Crafted from premium borosilicate glass 3.3, these tubes exhibit exceptional chemical resistance and minimal paramagnetic impurities, making them ideal for sensitive NMR analyses. Packaged in sets of 10, they meet the demands of laboratories seeking consistent and reliable sample containment solutions.

Key Features:

• Brand: Hilgenberg
• Compatibility: Specifically engineered for the Bruker MATCH™ system
• Outer Diameter: 4.25003mm
• Inner Diameter: 3.45003mm
• Length: 100mm
• End Design: One end closed with fire-polished rim
• Material: High-quality borosilicate glass 3.3 with minimal paramagnetic impurities
• Packaging: Pack of 10 tubes

These NMR tubes are indispensable for laboratories aiming for precision and reliability in their NMR spectroscopy applications.

Frequently Asked Questions

1. What is the Hilgenberg NMR Tubes 0.40mm for Bruker Match System, OD 4.25±0.03mm, ID 3.45±0.03, Length 100mm, One End Closed, Pack of 10 used for?

It are meticulously designed for seamless compatibility with the Bruker MATCH™ system, ensuring superior performance in nuclear magnetic resonance spectroscopy. With an outer diameter of 4.25003mm and an inner diameter of 3.45003mm, these tubes cater to high-precision analytical requirements. Each tube measures 100mm in length and features one closed end with a fire-polished rim, safeguarding sample integrity. Crafted from premium borosilicate glass 3.3, these tubes exhibit exceptional chemical resistance and minimal paramagnetic impurities, making them ideal for sensitive NMR analyses. Packaged in sets of 10, they meet the demands of laboratories seeking consistent and reliable sample containment solutions.

2. Is the Hilgenberg NMR Tubes 0.40mm for Bruker Match System, OD 4.25±0.03mm, ID 3.45±0.03, Length 100mm, One End Closed, Pack of 10 suitable for seamless compatibility with the Bruker MATCH™ system, ensuring superior performance in nuclear magnetic resonance spectroscopy?

Yes. It is designed for seamless compatibility with the Bruker MATCH™ system, ensuring superior performance in nuclear magnetic resonance spectroscopy, and offers an outer diameter of 4.25003mm and an inner diameter of 3.45003mm to support this kind of work.

3. What outer diameter and inner diameter does the Hilgenberg NMR Tubes 0.40mm for Bruker Match System, OD 4.25±0.03mm, ID 3.45±0.03, Length 100mm, One End Closed, Pack of 10 have?

It has an outer diameter of 4.25003mm, an inner diameter of 3.45003mm and a length of 100mm, and is supplied under manufacturer part number 2001734.

4. What is the Hilgenberg NMR Tubes 0.40mm for Bruker Match System, OD 4.25±0.03mm, ID 3.45±0.03, Length 100mm, One End Closed, Pack of 10 made from and what features does it include?

It is made from high-quality borosilicate glass 3.3 with minimal paramagnetic impurities. It is compatible with specifically engineered for the Bruker MATCH™ system. It also offers one end closed with fire-polished rim.

5. How does the Hilgenberg NMR Tubes 0.40mm for Bruker Match System, OD 4.25±0.03mm, ID 3.45±0.03, Length 100mm, One End Closed, Pack of 10 compare with the Corning Cell-Sieve-System 35 µm in 6 ml Round Bottom Tubes, Pack of 500 from Corning?

For seamless compatibility with the Bruker MATCH™ system, ensuring superior performance in nuclear magnetic resonance spectroscopy, the Hilgenberg model is the better choice, offering an outer diameter of 4.25003mm, an inner diameter of 3.45003mm and a length of 100mm. The Corning model offers a mesh size of 35 µm for effective cell separation as an alternative, while the Hilgenberg model's one end closed with fire-polished rim help make it a strong fit for seamless compatibility with the Bruker MATCH™ system, ensuring superior performance in nuclear magnetic resonance spectroscopy.