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  • NMR/EPR Tube Caps

    Wilmad LabGlass

    Our PTFE NMR/EPR Tube Caps are machined to exact specifications with smaller gyroradius and more homogeneous mass distribution than disposable caps providing better spinning stability. They are recommended for experiments at high - ultra high field and those using Chloroform as the reference…

  • Precision Rubber Septa Caps

    Wilmad LabGlass

    Engineered for a "push on" fit in NMR tubes and ampules. The unique design provides a penetration point for cannulation and a dual seal inside the tube and on the outer sleeve. Will not break delicate, thin-wall tubing. Manufactured from one certified raw material formulation for absolute…

  • Superior Pressure Caps

    Wilmad LabGlass

    The superior pressure cap is ideal for experiments that requires a simple gas tight seal under 1.5 bar. Recommended to use with Wilmad medium wall or heavy wall tube. This cap would not allow syringe puncture. Use heat gun to soften the cap and apply on the tube. Once the cap is cooled down, a gas…

  • 5mm Doty® Susceptibility Plugs

    Wilmad LabGlass

    Traditionally, sample sizes are 3-5 times the height of the probe R f coil. All magnetic field distortions caused by susceptibility discontinuities at the upper air-sample and lower glass-sample interfaces were far from the sensitive probe R f coil region. Small samples diluted to larger…

  • Solid State NMR Cap Remover

    Wilmad LabGlass

    One of the most challenging parts of a solid state NMR experiment is to remove the end cap or base plug. This Zero turn cap remover eliminates possible damage of the cap and rotor.

  • Cap for Automated Systems

    Wilmad LabGlass

    Wilmad 4 inch (-102 mm) long Agilent Precision Automatic Sample Changer Tubes have the tightest outer diameter tolerance (0.0065 mm) to prevent jamming. Cap for Automatic Sampler Only.

  • 3mm Doty® Susceptibility Plugs

    Wilmad LabGlass

    Traditionally, sample sizes are 3-5 times the height of the probe R f coil. All magnetic field distortions caused by susceptibility discontinuities at the upper air-sample and lower glass-sample interfaces were far from the sensitive probe R f coil region. Small samples diluted to larger…

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