Product Description
Limited sample quantity is the main reason to choose 3 mm tubes, and these highest quality versions keep resolution high while using far less material. Precise tolerances support stable spinning and clean line shapes across a wide range of spectrometer frequencies.
This listing is for Kimble catalog number 897805-0000: KONTES 3 mm Highest Quality NMR Tube, 7 in, 100 MHz, Case of 5. The tubes are borosilicate glass 3.3 with an OD of 3.0124 mm, an ID of 2.4003 mm and a 0.284 mm wall. Each has an attached polyethylene cap and a sandblasted marking spot. Grades run from 80 MHz to 600-800 MHz in 7 in and 8 in lengths, five per case. LIGHT LABS ships genuine DWK Life Sciences products with knowledgeable support from our Englewood, Colorado team.
Key Features
- Small sample volume – 3 mm format conserves material
- Precision tolerances – Controlled OD, ID, concentricity and camber
- Frequency graded – From 80 MHz to 600-800 MHz
- Marking spot – Sandblasted area for labeling
- Attached caps – Polyethylene cap on each tube
Specifications
| Catalog Number | 897805-0000 |
| Brand | Kimble (DWK Life Sciences) |
| Description | KONTES 3 mm Highest Quality NMR Tube, 7 in, 100 MHz |
| Sold As | Case of 5 |
| Material | Borosilicate glass 3.3 |
| OD | 3.0124 mm (+0.00/-0.013 mm) |
| ID | 2.4003 mm (+0.013/-0.00 mm) |
| Wall Thickness | 0.284 mm |
| Caps | Attached polyethylene |
| Marking | Sandblasted marking spot |
Available Options
- 897800-0000 – KONTES 3 mm Highest Quality NMR Tube, 7 in, 80 MHz, Case of 5
- 897825-0000 – KONTES 3 mm Highest Quality NMR Tube, 7 in, 200 MHz, Case of 5
- 897830-0000 – KONTES 3 mm Highest Quality NMR Tube, 7 in, 400 MHz, Case of 5
- 897835-0000 – KONTES 3 mm Highest Quality NMR Tube, 7 in, 500 MHz, Case of 5
- 897840-0000 – KONTES 3 mm Highest Quality NMR Tube, 7 in, 600-800 MHz, Case of 5
- 897840-0008 – KONTES 3 mm Highest Quality NMR Tube, 8 in, 600-800 MHz, Case of 5
Applications
- Mass-limited samples
- Cryoprobe NMR
- Natural products research
- High-field NMR research
