Search results for: 'spin suprasil volume dewar flask'

For Bruker and Jeol instruments

For Micro-Now, Radio-Pan and Agilent instruments

For Bruker 10 mm O.D.

For instruments other than Bruker

For Bruker 8 mm O.D.

For Bruker and Jeol instruments

For Bruker instruments

For Bruker instruments

For All TE102 or TE011

Suprasil® EPR capillary

Suprasil® EPR capillary

Suprasil® EPR capillary

Suprasil® Precision Tube

Suprasil® Precision Tube

Suprasil® Precision Tube

Suprasil® Precision Tube

Suprasil® Precision Tube

Suprasil® Precision Tube

Suprasil® Precision Tube

• 500 mL
• 24/40 w/Hose connection

Suprasil® Economy Tube

Suprasil® Economy Tube

Suprasil® Economy Tube

For All TE102 except JEOL

For use with regular wall 2.5 mm MAS rotors (HZ05165)
Sample Volume: about 8 µL

• Suprasil Precision Tube
• Medium Wall
• 250 mm long

Suprasil® Economy Tube

Suprasil® Economy Tube

• Suprasil Precision Tube
• Medium Wall
• 250 mm long

• Suprasil Precision Tube
• Thin Wall
• 8" long

• Suprasil Precision Tube
• Thin Wall
• 8" long

For All TE102 or TE011

• For photochemistry studies
• Suprasil®
• Cutoff wavelength: 190 nm

• For photochemistry studies
• Suprasil®
• Cutoff wavelength: 190 nm

• For photochemistry studies
• Suprasil®
• Cutoff wavelength: 190 nm

For Bruker instruments

For Bruker instruments

• Precision NMR tube
• Thin Wall
• Suprasil®
• 9" long
• 5 tubes with caps
• MHz Rating: 300 Mz

• Precision NMR tube
• Thin Wall
• Suprasil®
• 7" long
• 5 tubes with caps
• MHz Rating: 500 Mz

For All TE102 except JEOL

• Precision Quartz EPR tube
• Screw-Cap
• Thin Wall
• 7" long

• Precision NMR tube
• High Pressure
• Thin Wall
• 8" long

• Precision NMR tube
• High Pressure
• Thin Wall
• 8" long

For use with 4 mm High Speed MAS rotor only. Please refer to item HZ12360 for regular 4mm SP1 cap

• Precision EPR tube
• Quick Pressure Valve
• Thin Wall
• 8" long

• Precision EPR tube
• Quick Pressure Valve
• Thin Wall
• 8" long

Individual 3.2 mm Thick Bottom, Regular Wall ZrO₂ MAS rotor (no caps included)
For use with 3.2 mm caps for Regular Wall rotor:
• SP1 drive cap (HZ07306)
• Kel-F drive cap (HZ07308)

Please consult product number HZ16916 or H12135 as an alternative

Pack of
• One 3.2 mm thin wall MAS rotor
• Three SP1 drive caps

• Precision EPR tube
• Omni-Fit tube only
• 8" long
•

Pack of:
• One 3.2 mm Regular Wall ZrO₂ MAS rotor (HZ09244)
• Three 3.2 mm SP1 drive caps (HZ07306)

4 mm ZrO₂ MAS rotors (no caps included)
For use with 4 mm caps:
• Kel-F drive cap (H6304)
• SP1 drive cap (HZ12360)
• ZrO₂ drive cap (HZ05951)

Pack of:
• One 2.5 mm Regular Wall ZrO₂ MAS rotor (HZ05165)
• Two 2.5 mm SP1 bottom caps for Regular Wall rotor (HZ05267)
• Two 2.5 mm SP1 drive caps for Regular Wall rotors (HZ05269)

• Individual 4 mm Si₃N₄ MAS rotor (no caps included)
• For use with 4 mm caps: ZrO₂ drive cap (HZ05951)

Pack of:
• One 4 mm ZrO₂ HR MAS rotor (labeled)
• Three 4 mm Kel-F drive cap (H6304)
• One 4 mm 12 µL PTFE spacer
• One Kel-F thread pin (HZ04800)
• One M2x25 cylindric screw

Pack of:
• One 4 mm ZrO₂ HR MAS rotor (labeled)
• Three 4 mm Kel-F drive cap (H6304)
• One 4 mm 50 µL PTFE spacer
• One Kel-F thread pin (HZ04800)
• One M2x25 cylindric screw

Pack of:
• One 4 mm ZrO₂ MAS rotor (H6283)
• Three 4 mm Kel-F drive caps (H6304)

Pack of:
• One 4 mm ZrO₂ HR MAS rotor (labeled)
• Three 4 mm Kel-F drive cap (H6304)
• One 4 mm 12 µL Kel-F spacer
• One Kel-F thread pin (HZ04800)
• One M2x25 cylindric screw

Pack of:
• One 2.5 mm Thin Wall ZrO₂ MAS rotor
• Two 2.5 mm SP1 bottom caps for Thin Wall rotor (HZ06694)
• Two 2.5mm SP1 drive caps for Thin Wall rotor (HZ06693)

Pack of:
• One 4 mm ZrO₂ MAS rotor (H6283)
• Two 4 mm Kel-F drive caps (H6304)
• One 4 mm SP1 drive caps (HZ12360)

Pack of:
• One 4 mm ZrO₂ MAS rotor (H6283)
• One 4 mm ZrO₂ drive cap (HZ05951)
• One 4 mm Kel-F drive cap (H6304)

Pack of:
• One 3.2mm Thick Bottom, Regular Wall ZrO₂ MAS rotor (HZ09243)
• One 3.2mm SP1 drive cap (HZ07306)
• Two 3.2mm Kel-F drive cap (HZ07308)
• One PTFE spacer (HZ13618)

For Low Temperature NMR Experiments

Pack of:
• One 1.9 mm ZrO₂ MAS rotor
• Two tight fit 1.9 mm SP1 bottom caps (HZ16789)
• Two tight fit 1.9 mm SP1 drive caps (H122284)

For 7" Tubes

• With 24/40 Inner Joint
• For 7" Tubes

• With 24/40 Inner Joint
• For 7" Tubes

For 8" Tubes

For use in Thin Wall 5 mm Tubes

0.7mm ZrO₂ rotor tested with Vespel caps

Each kit includes:
• One 0.7 mm MAS rotor
• Four 0.7 mm SP1 drive caps
• Four 0.7 mm SP1 bottom caps

• 2.5 mm Stem
• For Bruker® 2.5 mm MicroProbe

Pack of 10

Pack of 10

Pack of 10

Pack of 10

Pack of 10

Pack of 10

Pack of 10

Pack of 10

• 1.7 mm Stem
• For Bruker® 1.7 mm MicroCryoProbe

For use with Microtubes

For use with Microtubes

For use with Microtubes

For use with Microtubes

For use with Microtubes

For use with Microtubes

For use with Microtubes

For use with Microtubes

For use with Microtubes

For use with Microtubes

For use with Microtubes

Fits Wilmad Precision Thin Wall NMR Tubes

For use with 0.7 mm MAS rotor

For use with 0.7 mm MAS rotor

For use with 1.9 mm MAS rotor

For use with regular wall 2.5 mm MAS rotors (HZ05165)
Length: 2 mm

For use with regular wall 2.5 mm MAS rotors (HZ05165)
Length: 2 mm

For use with 2.5 mm Thin Wall MAS rotors (HZ15196)

For use with 2.5 mm Thin Wall MAS rotors (HZ15196)

For use with:
• 3.2 mm Regular Wall MAS rotors (HZ09244)
• 3.2 mm sapphire rotor (B6939)
• T° Range: (-30 to +70°C)

For use with:
• 3.2 mm Regular Wall rotor (HZ09244)
• 3.2 mm sapphire rotor (B6939)

For use with 3.2 mm Thin Wall MAS rotors (HZ16252)

For use with 1.9 mm MAS rotor

For use with 3.2 mm Thin Wall MAS rotors (HZ16252)

For use with 3.2 mm Thin Wall MAS rotors (HZ16252)
• T° Range: (-30 to +70°C)

• O.D.: 2.11 mm
• Length: 12"

• O.D.: 2.01 mm
• Length: 12"

• O.D.: 1.57 mm
• Length: 12"

• O.D.: 1.02 mm
• Length: 12"

• O.D.: 0.79 mm
• Length: 12"

For use with:
• 4 mm MAS rotor (H6283)
• 4 mm HR-MAS rotors (HZ05537, HZ05528, HZ07213)

For use with:
• 4 mm ZrO₂ MAS rotor (H6283)
• 4 mm sapphire MAS rotor (H8932)
• 4 mm Si₃N₄ MAS rotors (K1911)

For use with:
• 4 mm ZrO₂ MAS rotor (H6283)
• 4 mm sapphire MAS rotor (H8932)
• 4 mm ZrO₂ HR-MAS rotors (HZ05537, HZ05528, HZ07213)

• Heavy Wall
• Class A Borosilicate Glass
• 7" long
• 1 tube with cap
• MHz Rating: 300 - 400 MHz

• Heavy Wall
• Class A Borosilicate Glass
• 8" long
• 1 tube with cap
• MHz Rating: 300 - 400 MHz

• Heavy Wall
• Class A Borosilicate Glass
• 7" long
• 1 tube with cap
• MHz Rating: 100 - 200 MHz

• Heavy Wall
• Class A Borosilicate Glass
• 8" long
• 1 tube with cap
• MHz Rating: 100 - 200 MHz

For Bruker 2.5 - 5 mm probes

For Varian 3 - 5 mm probes and Bruker/JEOL 5 mm probes

For Bruker 2.5 mm probes and Varian/JEOL 5 mm probes

For Bruker 2.5 mm probes and Varian 3-5 mm probes and JEOL 5 mm probes

For Varian 3 - 5 mm probes and Bruker/JEOL 5 mm probes

For Varian 3-5 mm probes and Bruker/JEOL 5 mm probes

For Bruker/Varian/JEOL 5 mm probes

For Bruker/Varian/JEOL 5 mm probes

• 75 mm long
• Pyrex®
• Sealed at one end

• 203 mm long
• Pyrex®
• Sealed at one end

• 5" long
• Pyrex®
• Sealed at one end

• 100 mm long
• Pyrex®
• Sealed at one end

• 100 mm long
• Pyrex®
• Sealed at one end
• For Agilent Cold Probe

• 203 mm long
• Pyrex®
• Sealed at one end

• 100 mm long
• Pyrex®
• Both Ends Open

• 100 mm long
• Pyrex®
• Sealed at one end

For use with 506-PP to 542-PP Precision NMR Tubes

discontinued, please refer to H6304, HZ12360 or HZ05951 for alternative caps

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

10 mg

¹³CH₃CD(NH₂)CO₂H

CAS number: 155638-70-3
C₆H₅¹³CDO

C₆D₅¹³CDO

CAS number: 285978-08-7
¹³CD₃CH(NH₂)CO₂H

¹³CD₂HCD(NH₂)CO₂H

Br¹³CD₂¹³CD₂OH

For R&D use only. S&P testing is done on the bulk prior to packaging.

CAS number: 100108-77-8
¹³CD₃¹³CD(NH₂)¹³CO₂H

CAS number: 287399-26-2
¹³C₃D₃H₂NO

¹³CD₃¹³CHO

CAS number: 32479-94-0
CD₃¹³COCD₃

CAS number: 1202865-49-3
¹³CC₅D₃H₃N₄O₂

• Ultra Thin Wall
• Class A Borosilicate Glass
• 7" long
• 5 tubes with caps
• MHz Rating: 600 MHz

• Ultra Thin Wall
• Class A Borosilicate Glass
• 8" long
• 5 tubes with caps
• MHz Rating: 600 MHz

• Ultra Thin Wall
• Class A Borosilicate Glass
• 9" long
• 5 tubes with caps
• MHz Rating: 600 MHz

Pack of:
• One 7 mm ZrO₂ rotor
• Three 7 mm Kel-F drive caps without hole

Pack of:
• One 7 mm ZrO₂ rotor
• One 7 mm ZrO₂ drive cap

Kit contains:
• Five Shaped tubes (Z106898)
• One shuttle for shaped tube (Z75327)
• Five caps for shaped tube (Z107144)

Quartz EPR capillary

Quartz EPR capillary

Quartz EPR capillary

Individual 4 mm sapphire rotor (no caps included)
For use with 4 mm caps:
• SP1 drive cap (HZ12360)
• ZrO₂ drive cap (HZ05951)

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%