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Bel-Art™ SP Scienceware™ Wilmad™ 5mm O.D. Thin Walled High-Throughput Economy NMR Tubes
Designed for routine use in all NMR spectrometers, Wilmad Economy NMR Tubes fit tightly in any spinner turbine and have minimal NMR background.
Specifications
Material | Borosilicate Glass |
---|---|
Diameter (Metric) Outer | 4.947±0.019 mm |
Field Strength | 100MHz |
For Use With (Application) | Economy tubes are recommended only for experiments with small organic molecules (molecular weight approx.500) at ambient temperature only. |
Includes | Tube and disposable cap |
Alert:
Caps are not recommended for use with samples dissolved in chloroform-d or acetone-d6.
Product Code | Brand | Model | Length (English) | Price | Quantity & Availability | ||||
---|---|---|---|---|---|---|---|---|---|
Product Code | Brand | Model | Length (English) | Price | Quantity & Availability | ||||
15318668
|
Bel-Art™
66000-0084 |
Wilmad™ WG-5MM-ECONOMY-8-5 | 8 in. |
N/A
|
N/A | ||||
15398658
|
Bel-Art™
66000-0083 |
Wilmad™ WG-5MM-ECONOMY-7-5 | 7 in. |
N/A
|
N/A | ||||
15338668
|
Bel-Art™
66000-0085 |
Wilmad™ WG-5MM-ECONOMY-9-5 | 9 in. |
N/A
|
N/A | ||||
Description
- High quality 5mm O.D. economy sample tube
- Best O.D. tolerance in the industry and a 30% thicker wall than any competitors' product
- 100% visual and physical inspection ensures quality, including physical dimensions and surface defects
- Fit tightly in any spinner turbine
- Minimal NMR background
- Made from borosilicate glass; meets ASTM E438 Type 1 Class B standard, recognized as N51A
- Cooling/heating of these tubes may lead to breakage; for NMR experiments that involve cooling, heating, biological sample, multi-dimension, multi-nuclei or DNP techniques, refer to Wilmad Precision NMR Tubes
- Manufactured in an ISO 9001:2008 USA facility
Specifications
Borosilicate Glass | |
100MHz | |
Tube and disposable cap | |
5/Pk. |
4.947±0.019 mm | |
Economy tubes are recommended only for experiments with small organic molecules (molecular weight approx.500) at ambient temperature only. | |
0.43 mm |