DURAN® NMR Tubes

for four application frequencies, with closures
  • Manufactured from borosilicate glass 3.3
  • Close tolerances and accuracy, especially to their straightness, wall thickness and wall thickness distribution
  • Supplied with cap
Products
Economic with Retrace Code
Catalog No MHZ Height h (mm) Diameter d (mm) ID (mm) Camber (mm) Quantity
Professional with Retrace Code
Catalog No MHZ Height h (mm) Diameter d (mm) ID (mm) Camber (mm) Quantity
Scientific with Retrace Code
Catalog No MHZ Height h (mm) Diameter d (mm) ID (mm) Camber (mm) Quantity

Specifications

Product specifications are found on the product detail pages. Click on the product catalog number in the table above to view the individual product specifications.

Product Overview
Nuclear magnetic resonance spectroscopy (NMR spectroscopy) is a spectroscopic method to elucidate the structure of molecules and compounds. Due to electronic interactions of single atoms with the neighbouring atoms, structural conclusions can be drawn. In addition to structure elucidation, the concentration and dynamics of molecules can be determined with this method. This analytical method requires very precise tubes with a constant diameter, a uniform wall thickness and excellent straightness across the entire tube.
Products
Products
Economic with Retrace Code
Catalog No MHZ Height h (mm) Diameter d (mm) ID (mm) Camber (mm) Quantity
Professional with Retrace Code
Catalog No MHZ Height h (mm) Diameter d (mm) ID (mm) Camber (mm) Quantity
Scientific with Retrace Code
Catalog No MHZ Height h (mm) Diameter d (mm) ID (mm) Camber (mm) Quantity
Specification

Specifications

Product specifications are found on the product detail pages. Click on the product catalog number in the table above to view the individual product specifications.

Product Overview
Product Overview
Nuclear magnetic resonance spectroscopy (NMR spectroscopy) is a spectroscopic method to elucidate the structure of molecules and compounds. Due to electronic interactions of single atoms with the neighbouring atoms, structural conclusions can be drawn. In addition to structure elucidation, the concentration and dynamics of molecules can be determined with this method. This analytical method requires very precise tubes with a constant diameter, a uniform wall thickness and excellent straightness across the entire tube.
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