Tubes

The stainless steel cylindrical closures are excellent for microbiology and related applications. Non-contaminating closures may be autoclaved repeatedly without loss of resilience.

The stainless steel cylindrical closures are excellent for microbiology and related applications. Non-contaminating closures may be autoclaved repeatedly without loss of resilience.

The stainless steel cylindrical closures are excellent for microbiology and related applications. Non-contaminating closures may be autoclaved repeatedly without loss of resilience.

The stainless steel cylindrical closures are excellent for microbiology and related applications. Non-contaminating closures may be autoclaved repeatedly without loss of resilience.

The exceptionally uniform temperature distribution obtained with transverse heating significantly reduces or eliminates condensation of the sample matrix components and memory" effects and improves the atomization efficiency for refractory"

The exceptionally uniform temperature distribution obtained with transverse heating significantly reduces or eliminates condensation of the sample matrix components and memory" effects and improves the atomization efficiency for refractory"

These tubes are fit to perform on atomic absorption (AA) instruments for Shimadzu, are pyrocoated, have a 90° contact cone and are equivalent to Shimadzu part 206-50588. PerkinElmer supplies a wide range of graphite tubes for non-PerkinElmer

These tubes are fit to perform on atomic absorption (AA) instruments for Agilent and is equivalent to Agilent/Varian part 63-100037-00. PerkinElmer supplies a wide range of graphite tubes for non-PerkinElmer instrumentation.

These tubes are fit to perform on atomic absorption (AA) instruments for Agilent and is equivalent to Agilent/Varian part 63-100012-00. PerkinElmer supplies a wide range of graphite tubes for non-PerkinElmer instrumentation.

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 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