Tubes

The spherically shaped platform accommodates up to 50 µL of sample. Graphite tubes with integrated platforms: Provide STPF conditions for volatile and nonvolatile refractory elements due to the significantly higher heating rates of tube and

These HGA graphite tubes are pyrocoated to provide improved sensitivity and tube-to-tube reproducibility. They are slotted to accept L'vov platforms, PerkinElmer part number B3001256.

These HGA graphite tubes are pyrocoated to provide improved sensitivity and tube-to-tube reproducibility. They are slotted to accept L'vov platforms, PerkinElmer part number B3001256.

These HGA graphite tubes are pyrocoated to provide improved sensitivity and tube-to-tube reproducibility. They are slotted to accept L'vov platforms, PerkinElmer part number B3001256.

These HGA graphite walled tubes are pyrocoated to provide improved sensitivity and tube-to-tube reproducibility. The walled tube should be used in place of L'vov platform tubes when analyzing refractory elements such as Vanadium.

These HGA graphite walled tubes are pyrocoated to provide improved sensitivity and tube-to-tube reproducibility. The walled tube should be used in place of L'vov platform tubes when analyzing refractory elements such as Vanadium.

These HGA graphite walled tubes are pyrocoated to provide improved sensitivity and tube-to-tube reproducibility. The walled tube should be used in place of L'vov platform tubes when analyzing refractory elements such as Vanadium.

These HGA graphite walled tubes are pyrocoated to provide improved sensitivity and tube-to-tube reproducibility. The walled tube should be used in place of L'vov platform tubes when analyzing refractory elements such as Vanadium.

The new Advanced Platform design suspends the platform in the tube using three small pins in a triangular layout. This has the advantage of minimizing wall contact and reducing thermal conduction from the tube walls resulting in even and rapid

The new Advanced Platform design suspends the platform in the tube using three small pins in a triangular layout. This has the advantage of minimizing wall contact and reducing thermal conduction from the tube walls resulting in even and rapid

The graphite tube, the heart of the graphite furnace, plays a vital role in the overall stability of an analysis. In order to assure stable analytical conditions from one atomization cycle to the next, and from graphite tube to graphite tube, all

The graphite tube, the heart of the graphite furnace, plays a vital role in the overall stability of an analysis. In order to assure stable analytical conditions from one atomization cycle to the next, and from graphite tube to graphite tube, all