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7 mm Bruker MAS Rotor Set,2 Kel-F and 1 Torlon Cap(s)

7.0 mm Rotors and Caps for Bruker

Manufactured from the highest purity Zirconia, our MAS Rotors provide the NMR spectroscopist with the ultimate alternative for analysis of solid samples; the need to solvate is eliminated. They are available for most present solid state NMR spectrometers. Wilmad's MAS Rotors are carefully examined for material irregularities by optical methods before and after the precision machining process. Without over-spinning, each rotor is spin tested to only the highest specified spinning speed. Overspin testing, a common practice with some rotor brands, can actually damage the rotor prior to use. High precision (which becomes a necessity for proper spinning performance) is maintained in the manufacture of the end caps*. Most caps are fitted with O-rings for better sealing; some have axial holes for venting. Advantages of Zirconia Rotors Most homogeneous ceramic material structure. Wilmad's Zirconia Rotor Body has higher strength (1,000 MPa, greater than Si3N4). Highest spinning speed High precision superior finish (0.05 µ mirror gloss). Some of our caps have a uniquely designed detachable O-ring. Use it when a gas-tight environment is required for the sample.

Details

Rotors and Caps for Bruker® MAS Probe(s) - Currently in Revision 4/6/10

Specifications

  • For Bruker® MAS Probe:7.0 mm
  • Application Temperature:-100 to 200 C
  • Description:1 Rotor, 2 Kel-F® Caps and 1 Torlon® Cap
  • Material:Various

Application Notes

Note 1:O-Rings designed for air-sensitive samples and are detachable; caps will work perfectly with a tight fit to rotor body without them. Note 2:For Operating End-Caps: No special tools are needed to put in or take out of rotor. They should not be pressed in as this may damage the O-ring. Ensuring the cap shaft and the rotor are aligned, cap should be "screwed" in; when in completely it should be turned back slightly (approximately 1/4 turn). Remove in the same fashion.
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ZrO2 Rotor,4 mm Bruker MAS Probe, Laser Marked

4.0 mm Rotors and Caps for Bruker

Manufactured from the highest purity Zirconia, our MAS Rotors provide the NMR spectroscopist with the ultimate alternative for analysis of solid samples; the need to solvate is eliminated. They are available for most present solid state NMR spectrometers. Wilmad's MAS Rotors are carefully examined for material irregularities by optical methods before and after the precision machining process. Without over-spinning, each rotor is spin tested to only the highest specified spinning speed. Overspin testing, a common practice with some rotor brands, can actually damage the rotor prior to use. High precision (which becomes a necessity for proper spinning performance) is maintained in the manufacture of the end caps*. Most caps are fitted with O-rings for better sealing; some have axial holes for venting. Advantages of Zirconia Rotors Most homogeneous ceramic material structure. Wilmad's Zirconia Rotor Body has higher strength (1,000 MPa, greater than Si3N4). Highest spinning speed High precision superior finish (0.05 µ mirror gloss). Some of our caps have a uniquely designed detachable O-ring. Use it when a gas-tight environment is required for the sample.

Specifications

  • For Bruker® MAS Probe:4.0 mm
  • Application Temperature:-100 to 200 Degree C
  • Description:Rotor Body laser marked with a unique serial number and permanent tachometer mark on the base.
  • Material:Zirconia
  • Remarks:Vmax =18 kHz

Application Notes

Note 1:O-Rings designed for air-sensitive samples and are detachable; caps will work perfectly with a tight fit to rotor body without them. Note 2:For Operating End-Caps: No special tools are needed to put in or take out of rotor. They should not be pressed in as this may damage the O-ring. Ensuring the cap shaft and the rotor are aligned, cap should be "screwed" in; when in completely it should be turned back slightly (approximately 1/4 turn). Remove in the same fashion.
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Kel-F Cap,7 mm Bruker MAS BL Probe

7.0 mm Rotors and Caps for Bruker

Manufactured from the highest purity Zirconia, our MAS Rotors provide the NMR spectroscopist with the ultimate alternative for analysis of solid samples; the need to solvate is eliminated. They are available for most present solid state NMR spectrometers. Wilmad's MAS Rotors are carefully examined for material irregularities by optical methods before and after the precision machining process. Without over-spinning, each rotor is spin tested to only the highest specified spinning speed. Overspin testing, a common practice with some rotor brands, can actually damage the rotor prior to use. High precision (which becomes a necessity for proper spinning performance) is maintained in the manufacture of the end caps*. Most caps are fitted with O-rings for better sealing; some have axial holes for venting. Advantages of Zirconia Rotors Most homogeneous ceramic material structure. Wilmad's Zirconia Rotor Body has higher strength (1,000 MPa, greater than Si3N4). Highest spinning speed High precision superior finish (0.05 µ mirror gloss). Some of our caps have a uniquely designed detachable O-ring. Use it when a gas-tight environment is required for the sample.

Specifications

  • For Bruker MAS Probe:BL (bottom bearing) 7.0 mm
  • Application Temperature:-20 to 70 ˚C
  • Description:Rotor Cap
  • Material:Kel-F®
  • Remarks:Press Fit style, no o-ring

Application Notes

Note 1:O-Rings designed for air-sensitive samples and are detachable; caps will work perfectly with a tight fit to rotor body without them. Note 2:For Operating End-Caps: No special tools are needed to put in or take out of rotor. They should not be pressed in as this may damage the O-ring. Ensuring the cap shaft and the rotor are aligned, cap should be "screwed" in; when in completely it should be turned back slightly (approximately 1/4 turn). Remove in the same fashion.
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Kel-F Cap for 3.2 mm Rotor

3.2 mm Rotors and Caps for Bruker

Manufactured from the highest purity Zirconia, our MAS Rotors provide the NMR spectroscopist with the ultimate alternative for analysis of solid samples; the need to solvate is eliminated. They are available for most present solid state NMR spectrometers. Wilmad's MAS Rotors are carefully examined for material irregularities by optical methods before and after the precision machining process. Without over-spinning, each rotor is spin tested to only the highest specified spinning speed. Overspin testing, a common practice with some rotor brands, can actually damage the rotor prior to use. High precision (which becomes a necessity for proper spinning performance) is maintained in the manufacture of the end caps*. Most caps are fitted with O-rings for better sealing; some have axial holes for venting. Advantages of Zirconia Rotors Most homogeneous ceramic material structure. Wilmad's Zirconia Rotor Body has higher strength (1,000 MPa, greater than Si3N4). Highest spinning speed High precision superior finish (0.05 µ mirror gloss). Some of our caps have a uniquely designed detachable O-ring. Use it when a gas-tight environment is required for the sample.

Specifications

  • For Bruker® MAS Probe:3.2 mm
  • Application Temperature:-20 to 70 Degree C
  • Description:Rotor Cap
  • Material:Kel-F®

Application Notes

Note 1:O-Rings designed for air-sensitive samples and are detachable; caps will work perfectly with a tight fit to rotor body without them. Note 2:For Operating End-Caps: No special tools are needed to put in or take out of rotor. They should not be pressed in as this may damage the O-ring. Ensuring the cap shaft and the rotor are aligned, cap should be "screwed" in; when in completely it should be turned back slightly (approximately 1/4 turn). Remove in the same fashion.
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Vespel Bottom Plug for 3.2 mm Rotor

3.2 mm Rotors and Caps for Bruker

Manufactured from the highest purity Zirconia, our MAS Rotors provide the NMR spectroscopist with the ultimate alternative for analysis of solid samples; the need to solvate is eliminated. They are available for most present solid state NMR spectrometers. Wilmad's MAS Rotors are carefully examined for material irregularities by optical methods before and after the precision machining process. Without over-spinning, each rotor is spin tested to only the highest specified spinning speed. Overspin testing, a common practice with some rotor brands, can actually damage the rotor prior to use. High precision (which becomes a necessity for proper spinning performance) is maintained in the manufacture of the end caps*. Most caps are fitted with O-rings for better sealing; some have axial holes for venting. Advantages of Zirconia Rotors Most homogeneous ceramic material structure. Wilmad's Zirconia Rotor Body has higher strength (1,000 MPa, greater than Si3N4). Highest spinning speed High precision superior finish (0.05 µ mirror gloss). Some of our caps have a uniquely designed detachable O-ring. Use it when a gas-tight environment is required for the sample.
 

Specifications

  • For Bruker® MAS Probe:3.2 mm
  • Application Temperature:-30 to 70 Degree C
  • Description:Bottom Plug
  • Material:Vespel®
 

Application Notes

Note 1:O-Rings designed for air-sensitive samples and are detachable; caps will work perfectly with a tight fit to rotor body without them. Note 2:For Operating End-Caps: No special tools are needed to put in or take out of rotor. They should not be pressed in as this may damage the O-ring. Ensuring the cap shaft and the rotor are aligned, cap should be "screwed" in; when in completely it should be turned back slightly (approximately 1/4 turn). Remove in the same fashion.
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Vespel Cap for 3.2 mm Rotor

3.2 mm Rotors and Caps for Bruker

Manufactured from the highest purity Zirconia, our MAS Rotors provide the NMR spectroscopist with the ultimate alternative for analysis of solid samples; the need to solvate is eliminated. They are available for most present solid state NMR spectrometers. Wilmad's MAS Rotors are carefully examined for material irregularities by optical methods before and after the precision machining process. Without over-spinning, each rotor is spin tested to only the highest specified spinning speed. Overspin testing, a common practice with some rotor brands, can actually damage the rotor prior to use. High precision (which becomes a necessity for proper spinning performance) is maintained in the manufacture of the end caps*. Most caps are fitted with O-rings for better sealing; some have axial holes for venting. Advantages of Zirconia Rotors Most homogeneous ceramic material structure. Wilmad's Zirconia Rotor Body has higher strength (1,000 MPa, greater than Si3N4). Highest spinning speed High precision superior finish (0.05 µ mirror gloss). Some of our caps have a uniquely designed detachable O-ring. Use it when a gas-tight environment is required for the sample.

Specifications

  • For Bruker® MAS Probe:3.2 mm
  • Application Temperature:-30 to 70 Degree C
  • Description:Rotor Cap
  • Material:Vespel®

Application Notes

Note 1:O-Rings designed for air-sensitive samples and are detachable; caps will work perfectly with a tight fit to rotor body without them. Note 2:For Operating End-Caps: No special tools are needed to put in or take out of rotor. They should not be pressed in as this may damage the O-ring. Ensuring the cap shaft and the rotor are aligned, cap should be "screwed" in; when in completely it should be turned back slightly (approximately 1/4 turn). Remove in the same fashion.
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Vespel Bottom Plug,2.5 mm Bruker MAS Probe

2.5 mm Rotors and Caps for Bruker

Manufactured from the highest purity Zirconia, our MAS Rotors provide the NMR spectroscopist with the ultimate alternative for analysis of solid samples; the need to solvate is eliminated. They are available for most present solid state NMR spectrometers. Wilmad's MAS Rotors are carefully examined for material irregularities by optical methods before and after the precision machining process. Without over-spinning, each rotor is spin tested to only the highest specified spinning speed. Overspin testing, a common practice with some rotor brands, can actually damage the rotor prior to use. High precision (which becomes a necessity for proper spinning performance) is maintained in the manufacture of the end caps*. Most caps are fitted with O-rings for better sealing; some have axial holes for venting. Advantages of Zirconia Rotors Most homogeneous ceramic material structure. Wilmad's Zirconia Rotor Body has higher strength (1,000 MPa, greater than Si3N4). Highest spinning speed High precision superior finish (0.05 µ mirror gloss). Some of our caps have a uniquely designed detachable O-ring. Use it when a gas-tight environment is required for the sample.

Specifications

  • For Bruker® MAS Probe:2.5 mm
  • Application Temperature:-150 to 200 Degree C
  • Description:Bottom Plug
  • Material:Vespel®

Application Notes

Note 1:O-Rings designed for air-sensitive samples and are detachable; caps will work perfectly with a tight fit to rotor body without them. Note 2:For Operating End-Caps: No special tools are needed to put in or take out of rotor. They should not be pressed in as this may damage the O-ring. Ensuring the cap shaft and the rotor are aligned, cap should be "screwed" in; when in completely it should be turned back slightly (approximately 1/4 turn). Remove in the same fashion.
Read more...

ZrO2 Rotor,7 mm Bruker MAS Probe

7.0 mm Rotors and Caps for Bruker

Manufactured from the highest purity Zirconia, our MAS Rotors provide the NMR spectroscopist with the ultimate alternative for analysis of solid samples; the need to solvate is eliminated. They are available for most present solid state NMR spectrometers. Wilmad's MAS Rotors are carefully examined for material irregularities by optical methods before and after the precision machining process. Without over-spinning, each rotor is spin tested to only the highest specified spinning speed. Overspin testing, a common practice with some rotor brands, can actually damage the rotor prior to use. High precision (which becomes a necessity for proper spinning performance) is maintained in the manufacture of the end caps*. Most caps are fitted with O-rings for better sealing; some have axial holes for venting. Advantages of Zirconia Rotors Most homogeneous ceramic material structure. Wilmad's Zirconia Rotor Body has higher strength (1,000 MPa, greater than Si3N4). Highest spinning speed High precision superior finish (0.05 µ mirror gloss). Some of our caps have a uniquely designed detachable O-ring. Use it when a gas-tight environment is required for the sample.

Specifications

  • For Bruker® MAS Probe:7.0 mm
  • Application Temperature:-150 to 650 Degree C
  • Description:Rotor Body
  • Material:Zirconia
  • Remarks:Vmax =8 kHz

Application Notes

Note 1:O-Rings designed for air-sensitive samples and are detachable; caps will work perfectly with a tight fit to rotor body without them. Note 2:For Operating End-Caps: No special tools are needed to put in or take out of rotor. They should not be pressed in as this may damage the O-ring. Ensuring the cap shaft and the rotor are aligned, cap should be "screwed" in; when in completely it should be turned back slightly (approximately 1/4 turn). Remove in the same fashion.
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Vespel Cap,2.5 mm Bruker MAS Probe

2.5 mm Rotors and Caps for Bruker

Manufactured from the highest purity Zirconia, our MAS Rotors provide the NMR spectroscopist with the ultimate alternative for analysis of solid samples; the need to solvate is eliminated. They are available for most present solid state NMR spectrometers. Wilmad's MAS Rotors are carefully examined for material irregularities by optical methods before and after the precision machining process. Without over-spinning, each rotor is spin tested to only the highest specified spinning speed. Overspin testing, a common practice with some rotor brands, can actually damage the rotor prior to use. High precision (which becomes a necessity for proper spinning performance) is maintained in the manufacture of the end caps*. Most caps are fitted with O-rings for better sealing; some have axial holes for venting. Advantages of Zirconia Rotors Most homogeneous ceramic material structure. Wilmad's Zirconia Rotor Body has higher strength (1,000 MPa, greater than Si3N4). Highest spinning speed High precision superior finish (0.05 µ mirror gloss). Some of our caps have a uniquely designed detachable O-ring. Use it when a gas-tight environment is required for the sample.

Specifications

  • For Bruker® MAS Probe:2.5 mm
  • Application Temperature:-150 to 200 Degree C
  • Description:Rotor Cap
  • Material:Vespel®

Application Notes

Note 1:O-Rings designed for air-sensitive samples and are detachable; caps will work perfectly with a tight fit to rotor body without them. Note 2:For Operating End-Caps: No special tools are needed to put in or take out of rotor. They should not be pressed in as this may damage the O-ring. Ensuring the cap shaft and the rotor are aligned, cap should be "screwed" in; when in completely it should be turned back slightly (approximately 1/4 turn). Remove in the same fashion.
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Kel-F Cap,PressFit,4 mm Bruker Rotor,no O-Ring,Ambient

4.0 mm Rotors and Caps for Bruker

Manufactured from the highest purity Zirconia, our MAS Rotors provide the NMR spectroscopist with the ultimate alternative for analysis of solid samples; the need to solvate is eliminated. They are available for most present solid state NMR spectrometers. Wilmad's MAS Rotors are carefully examined for material irregularities by optical methods before and after the precision machining process. Without over-spinning, each rotor is spin tested to only the highest specified spinning speed. Overspin testing, a common practice with some rotor brands, can actually damage the rotor prior to use. High precision (which becomes a necessity for proper spinning performance) is maintained in the manufacture of the end caps*. Most caps are fitted with O-rings for better sealing; some have axial holes for venting. Advantages of Zirconia Rotors Most homogeneous ceramic material structure. Wilmad's Zirconia Rotor Body has higher strength (1,000 MPa, greater than Si3N4). Highest spinning speed High precision superior finish (0.05 µ mirror gloss). Some of our caps have a uniquely designed detachable O-ring. Use it when a gas-tight environment is required for the sample.

Specifications

  • For Bruker® MAS Probe:4.0 mm
  • Application Temperature:Ambient
  • Description:Rotor Cap
  • Material:Kel-F®

Application Notes

Note 1:O-Rings designed for air-sensitive samples and are detachable; caps will work perfectly with a tight fit to rotor body without them. Note 2:For Operating End-Caps: No special tools are needed to put in or take out of rotor. They should not be pressed in as this may damage the O-ring. Ensuring the cap shaft and the rotor are aligned, cap should be "screwed" in; when in completely it should be turned back slightly (approximately 1/4 turn). Remove in the same fashion.
Read more...