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You Searched For: NMR Tubes

NMR tubes are designed for routine use in all nuclear magnetic resonance spectroscopy procedures, and they are guaranteed to fit tightly in any spinner turbine and have zero NMR background. Tubes are uniformly thick and well-balanced to ensure that they spin at regular rates within the NMR spectrometer. Many models of these tubes are made from borosilicate glass and are available in various lengths and outer diameters. NMR tubes are use primarily with small samples dissolved in an appropriate solvent.

NMR tubes are designed for routine use in all nuclear magnetic resonance spectroscopy procedures, and they are guaranteed to fit tightly in any spinner turbine and have zero NMR background. Tubes are uniformly thick and well-balanced to ensure that they spin at regular rates within the NMR spectrometer. Many models of these tubes are made from borosilicate glass and are available in various lengths and outer diameters. NMR tubes are use primarily with small samples dissolved in an appropriate solvent.


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Product Image-89090-144

6981A TUBE ECONOMY 5MM 7IN CS5

Catalog Number: 89090-144
Supplier: Corning
Product Image-76460-206

NMR Sample Tube, Economy, Material: Borosilicate, High-Throughput, Rating: 100MHz, O.D: 4.94665 +/- 0.01905mm, Wall Thickness: 0.43mm, NMR Tubes are manufactured from borosilicate glass that meets the ASTM Type 1 Class B standard and recognized as N51A, Dimension: 5 mmx8in

Description: NMR Sample Tube, Economy, Material: Borosilicate, High-Throughput, Rating: 100MHz, O.D: 4.94665 +/- 0.01905mm, Wall Thickness: 0.43mm, NMR Tubes are manufactured from borosilicate glass that meets the ASTM Type 1 Class B standard and recognized as N51A, Dimension: 5 mmx8in
Catalog Number: 76460-206
Supplier: SP Industries
Image Unavailable-76460-278

Coaxial Insert, for 5 mm NMR Precision Sample Tube, Larger Inner Volume, most versatile and reliable coaxial system available for various NMR experiments, Ideal for variable temperature studies, all parts are made from glass, Dimension: 50x3.3mm, Volume: 220x260ul, Use with: 506-PP to 535-PP

Description: Coaxial Insert, for 5 mm NMR Precision Sample Tube, Larger Inner Volume, most versatile and reliable coaxial system available for various NMR experiments, Ideal for variable temperature studies, all parts are made from glass, Dimension: 50x3.3mm, Volume: 220x260ul, Use with: 506-PP to 535-PP
Catalog Number: 76460-278
Supplier: SP Industries
Image Unavailable-76459-928

EPR Sample Tube, Thin Wall Screw Cap Quartz, each come with a PTFE/Silicone Septum, Tube: 4mm OD, Thread Size: 8-425, Septum Diameter: 8mm, Tube Length: 7 in lx4mm

Description: EPR Sample Tube, Thin Wall Screw Cap Quartz, each come with a PTFE/Silicone Septum, Tube: 4mm OD, Thread Size: 8-425, Septum Diameter: 8mm, Tube Length: 7 in lx4mm
Catalog Number: 76459-928
Supplier: SP Industries
Image Unavailable-76459-952

EPR Sample Tube, Thin Wall Precision Suprasil Screw Cap, come with a PTFE/Silicone Septum, Size: 5mmx7in l, Thread Size: 8-425, Septum Diameter: 8 mm

Description: EPR Sample Tube, Thin Wall Precision Suprasil Screw Cap, come with a PTFE/Silicone Septum, Size: 5mmx7in l, Thread Size: 8-425, Septum Diameter: 8 mm
Catalog Number: 76459-952
Supplier: SP Industries
Image Unavailable-76460-144

Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field, For higher magnetic field, refer to Coaxial Inserts, Short Capillary Tubes, sealed at one end, Dimension: 1.0x0.8x75mm

Description: Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field, For higher magnetic field, refer to Coaxial Inserts, Short Capillary Tubes, sealed at one end, Dimension: 1.0x0.8x75mm
Catalog Number: 76460-144
Supplier: SP Industries
Image Unavailable-76460-150

Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field. For higher magnetic field, refer to Coaxial Insert, Dimension: 1.7x1.3x203mm

Description: Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field. For higher magnetic field, refer to Coaxial Insert, Dimension: 1.7x1.3x203mm
Catalog Number: 76460-150
Supplier: SP Industries
Image Unavailable-76460-154

Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field, For higher magnetic field, refer to Coaxial Inserts, Dimension: 2x1.6x100mm

Description: Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field, For higher magnetic field, refer to Coaxial Inserts, Dimension: 2x1.6x100mm
Catalog Number: 76460-154
Supplier: SP Industries
Image Unavailable-76460-152

Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field. For higher magnetic field, refer to Coaxial Insert, Dimension: 1.7x5x127mm

Description: Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field. For higher magnetic field, refer to Coaxial Insert, Dimension: 1.7x5x127mm
Catalog Number: 76460-152
Supplier: SP Industries
Image Unavailable-76460-162

Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field. For higher magnetic field, refer to Coaxial Inserts, Dimension: 1x0.8x300mm

Description: Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field. For higher magnetic field, refer to Coaxial Inserts, Dimension: 1x0.8x300mm
Catalog Number: 76460-162
Supplier: SP Industries
Image Unavailable-76460-148

Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field, For higher magnetic field, refer to Coaxial Inserts, Dimension: 1.7x1.3x100mm

Description: Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field, For higher magnetic field, refer to Coaxial Inserts, Dimension: 1.7x1.3x100mm
Catalog Number: 76460-148
Supplier: SP Industries
Image Unavailable-76460-156

Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field. For higher magnetic field, refer to Coaxial Inserts, Dimension: 2x1.6x203mm

Description: Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field. For higher magnetic field, refer to Coaxial Inserts, Dimension: 2x1.6x203mm
Catalog Number: 76460-156
Supplier: SP Industries
Image Unavailable-76460-158

Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field. For higher magnetic field, refer to Coaxial Inserts, Dimension: 2.5x2.2x100mm

Description: Capillary Tube, provide a low cost solution for small volume NMR measurement; they are manufactured and tested at 400 MHz field. For higher magnetic field, refer to Coaxial Inserts, Dimension: 2.5x2.2x100mm
Catalog Number: 76460-158
Supplier: SP Industries
Image Unavailable-76460-180

EPR Tube, Q Band, Material: Suprasil, One End Sealed, Q-band is the most popular frequency for pulsed and cw-EPR after X-band, larger Zeeman splitting would benefit EPR studies by improving SNR, requiring less sample, resolving individual components of the g-matrix, Dimension: 1.6X100x1.1mm

Description: EPR Tube, Q Band, Material: Suprasil, One End Sealed, Q-band is the most popular frequency for pulsed and cw-EPR after X-band, larger Zeeman splitting would benefit EPR studies by improving SNR, requiring less sample, resolving individual components of the g-matrix, Dimension: 1.6X100x1.1mm
Catalog Number: 76460-180
Supplier: SP Industries
Image Unavailable-76460-176

EPR Tube, Q Band, Material: CFQ, One End Sealed, Q-band is the most popular frequency for pulsed and cw-EPR after X-band, larger Zeeman splitting would benefit EPR studies by improving SNR, requiring less sample, resolving individual components of the g-matrix, Dimension: 100x1.6x1.1mm

Description: EPR Tube, Q Band, Material: CFQ, One End Sealed, Q-band is the most popular frequency for pulsed and cw-EPR after X-band, larger Zeeman splitting would benefit EPR studies by improving SNR, requiring less sample, resolving individual components of the g-matrix, Dimension: 100x1.6x1.1mm
Catalog Number: 76460-176
Supplier: SP Industries
Image Unavailable-76460-174

EPR Tube, Q Band, Material: CFQ, Both Ends Open, Q-band is the most popular frequency for pulsed and cw-EPR after X-band, larger Zeeman splitting would benefit EPR studies by improving SNR, requiring less sample, resolving individual components of the g-matrix, Dimension: 100x1.6x1.1mm

Description: EPR Tube, Q Band, Material: CFQ, Both Ends Open, Q-band is the most popular frequency for pulsed and cw-EPR after X-band, larger Zeeman splitting would benefit EPR studies by improving SNR, requiring less sample, resolving individual components of the g-matrix, Dimension: 100x1.6x1.1mm
Catalog Number: 76460-174
Supplier: SP Industries
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