Ceramic Outer Tube and Optic Fibre for 6000 Duo D-Torch

Glass Expansion SKU: 31-808-3079

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Ceramic Outer Tube and Optic Fibre for Thermo iCAP 6000 Duo D-Torch

Glass Expansion Part Number: 31-808-3079

Includes:

  • 31-808-3834 - Ceramic Outer Tube for D-Torch
  • 31-808-2933 - Optic Fibre for D-Torch 170mm
  • 31-808-3117 - Optic Fibre for D-Torch 450mm

Suitable for the Following Torches:

  • 30-808-2844 - D-Torch for iCAP 6000/7000 Duo
  • 30-808-2862 - D-Torch with Ceramic Outer Tube for iCAP 6000/7000 Duo

Additional Safety Options:

SAFEGLOVE-lge Safety Gloves, Large
SAFEGLOVE-med Safety Gloves, Medium
SAFEGLOVE-sml Safety Gloves, Small

D-Torch Demountable Torch

The D-Torch is a revolutionary new demountable torch design. It provides the benefits of a fully demountable torch at a significantly lower cost.

The benefits of the D-Torch include:

  • Demountable outer tube - why replace the entire torch when just the outer tube wears? With the D-Torch, you need only replace the outer tube. And most operators will be saving money after only two replacements.
  • Interchangeable quartz and ceramic outer tubes.
  • Much lower cost than other demountable torches.
  • Interchangeable injectors - choose the optimum injector for your application. Select from quartz for aqueous solutions, narrow bore for organics, wide bore for high dissolved solids or ceramic for HF.

The Benefits of a Ceramic Torch

Glass Expansion pioneered the design of ceramic torches more than 25 years ago with the PT2000 demountable torch for the ARL Maxim ICP-OES. Since then we have provided ceramic versions of our PT2000 and ABC demountable torches for several ICP models.

Ceramic outer tubes are now available for the D-Torch. In general the ceramic outer tube has a much longer lifetime, greatly reducing interruptions and downtime due to torch failure. The ceramic outer tube is of particular benefit for:

a) the analysis of wear metals in engine oils, where quartz outer tubes often suffer from short lifetime.
b) Si determinations, where quartz outer tubes often produce high background signals.
c) fusion samples or samples with high levels of dissolved solids which cause quartz tubes to devitrefy.