Graphite

The graphite contact cylinders are engineered for a precise fit so that variations in electrical contact, which might affect the analytical performance, are reduced to a minimum.

5 per package

The graphite tip is a replacement part for the fume extraction system in respective AA instruments.

The partition graphite tube for Agilent® is pyrolytically coated, D6. 9/3. 9x24. 9 mm and comes in a quantity of 10. It has an extended life and is fit to perform on atomic absorption (AA) instruments for Agilent®. The extended life partition graphite tube is equivalent to Agilent® part 63-100012-EL.

Made from PerkinElmer's own blend of high-quality base graphite material. This provides the user with the required performance to yield reproducible results from day to day with respect to sensitivity (characteristic mass), accuracy and precision.

The Zeeman Shroud for Agilent® is D25. 4/4x33 mm and comes in a quantity of 1. It is fit to perform on atomic absorption (AA) instruments for Agilent® and is equivalent to Agilent® part 63-100019-00.

A removal tool is required to handle and replace the contact cylinder in atomic absorption instruments that use THGA furnaces.

Thermo™ Electron Omega Graphite Tubes are compatible with your Thermo™ Electron atomic absorption instrument.

Standard pyrocoated graphite tubes are grooved to accept L'vov platforms and are produced in a quality controlled manner to ensure reliable temperature calibration in PerkinElmer graphite furnaces.

The Zeeman Electrode Contact for Agilent® is D20/4x22. 1 mm and is for use with older atomic absorption (AA) instruments. It is fit to perform on older Agilent® AA instrument models and is equivalent to Agilent® part 63-100017-00. The Zeeman Electrode Contact for Agilent® comes in a quantity of 2.

The partition graphite tube for Agilent^® (formally Varian^®) is pyrolytically coated and comes in a quantity of 10.

For PerkinElmer PinAAcle and Legacy AA instruments equipped with a THGA furnace.

The partition graphite tube for Agilent® is uncoated D6.9/3.9x24.9 mm and comes in a quantity of 10. It is fit to perform on atomic absorption (AA) instruments for Agilent® and is equivalent to Agilent® part 63-100015-00.

The Zeeman Shroud GTA120 for Agilent® is pyrolytically coated with external gas and comes in a quantity of 1. It is fit to perform on atomic absorption (AA) instruments for Agilent® and is equivalent to Agilent® part 63-100036-00.

Standard pyrocoated graphite walled tubes are produced in a quality controlled manner to ensure reliable temperature calibration in PerkinElmer graphite furnaces.

Graphite tubes with integrated platforms are machined from one piece of graphite and are totally pyrocoated, providing exceptional tube-to-tube reproducibility.

For the most demanding analyses, PerkinElmer offers UltraClean THGA graphite tubes - delivering exceptionally low levels of contamination due to advanced high-temperature gas-phase cleaning procedures.

Today’s analysts expect exceptional analytical performance from their graphite furnace atomic absorption spectrometers. That performance must be reproducible from day to day with respect to sensitivity (characteristic mass), accuracy and precision.

The exclusive and patented Advanced Platform^™ design offers an alternative to our Standard Integrated Platform design. With the current Integrated Platform design, the platform attaches to the tube wall along a single side that runs the length of the platform.

These graphite contact cylinders are engineered for a precise fit so that variations in electrical contact –– which might affect the analytical performance — are reduced to a minimum.

Standard pyrocoated graphite tubes are grooved to accept L'vov platforms and are produced in a quality controlled manner to ensure reliable temperature calibration in PerkinElmer graphite furnaces.

For PerkinElmer PinAAcle and Legacy AA instruments equipped with a THGA furnace.

The L'vov platform is a small plate of solid pyrolytic graphite that's inserted into compatible graphite tubes. It has a slight depression in the center which can accommodate up to 50mL of solution.

The graphite contact cylinders are engineered for a precise fit so that variations in electrical contact, which might affect the analytical performance, are reduced to a minimum.

Graphite tubes with integrated platforms are machined from one piece of graphite and are totally pyrocoated, providing exceptional tube-to-tube reproducibility.

The GBC Platform made from pyrolytic graphite is the equivalent of GBC part 99-0060-00 and it fit-to-perform on our GBC atomic absorption instrument.

The THGA filter cartridge for the fume extraction separator trap should be replaced in respective AA instruments.

Standard graphite tubes are produced in a quality controlled manner to ensure reliable temperature calibration in PerkinElmer graphite furnaces.

We offer fit-to-perform Electrode Contacts for your Thermo™ Electron AA instrument, equivalent to Thermo™ Electron part 9423 393 95011.

For PerkinElmer PinAAcle and Legacy AA instruments equipped with a THGA furnace.

The Zeeman Electrode Contact for Agilent® is for use with newer atomic absorption (AA) instruments and comes in a quantity of 2. It is fit to perform on Agilent® AA instrument and is equivalent to Agilent® part 63-100035-00.

The standard graphite tube for Shimadzu^® is pyrolytically coated and comes in a quantity of 10.

For PerkinElmer PinAAcle and Legacy AA instruments equipped with a THGA furnace.

The Shimadzu® Uncoated Standard Graphite Tube is fit-to-perform on a Shimadzu® atomic absorption instrument and is equivalent to Shimadzu® part 206-50587.

We offer fit-to-perform Shimadzu® Pyrolytically-Coated Graphite Tubes with Built-in Platforms, equivalent to Shimadzu® part 206-5887-02RI.

For PerkinElmer PinAAcle and Legacy AA instruments equipped with a HGA furnace.

Standard pyrocoated graphite walled tubes are produced in a quality controlled manner to ensure reliable temperature calibration in PerkinElmer graphite furnaces.

The exclusive and patented Advanced Platform^™ design offers an alternative to our Standard Integrated Platform design. With the current Integrated Platform design, the platform attaches to the tube wall along a single side that runs the length of the platform.

The graphite contact cylinders are engineered for a precise fit so that variations in electrical contact, which might affect the analytical performance, are reduced to a minimum.

The Shroud for Agilent® is D25/9x30 mm and comes in a quantity of 1. It is fit to perform on atomic absorption (AA) instruments for Agilent® and is equivalent to Agilent® part 63-100018-00.

The exclusive and patented Advanced Platform^™ design offers an alternative to our Standard Integrated Platform design. With the current Integrated Platform design, the platform attaches to the tube wall along a single side that runs the length of the platform.

If both NaBH₄ and SnCl₂ are to be used as reducing agents with FIAS systems configured for Hg/hydride determinations.

The graphite contact cylinders are engineered for a precise fit so that variations in electrical contact, which might affect the analytical performance, are reduced to a minimum.

The GBC Electrode Contacts from PerkinElmer fit-to-perform on a GBC atomic absorption instruments.  

Standard pyrocoated graphite forked tubes are produced in a quality controlled manner to ensure reliable temperature calibration in PerkinElmer graphite furnaces.

The graphite contact cylinders are engineered for a precise fit so that variations in electrical contact, which might affect the analytical performance, are reduced to a minimum.

Graphite tubes with integrated platforms are machined from one piece of graphite and are totally pyrocoated, providing exceptional tube-to-tube reproducibility.