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Graphite bipolar plate
Bipolar graphite plate
Vacuum furnace accessories
Graphite mold
High temperature sintering
Anode Plate
Graphite foil
Fixtures (tools)
Graphite Heater
Graphite Rods
Graphite Crucible
Graphite Tube
Graphite Saggers
Graphite raw materials
Graphite for scientific research and testing
Atomic Absorption Spectrometer
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The graphite tube used in Atomic Absorption Spectrometer (AAS) is the core component of the graphite furnace atomizer, and its performance directly affects the sensitivity and accuracy of the analysis.
Oxygen-nitrogen-hydrogen analyzer using ordinary graphite crucible
Graphite crucibles are core components in oxygen, nitrogen, and hydrogen (ONH) element detection. Their selection directly impacts the accuracy, sensitivity, and reliability of the detection.
High-temperature graphite crucible for oxygen, nitrogen, and hydrogen analyzer
In oxygen, nitrogen, and hydrogen (ONH) element detection, graphite crucibles are core components, and their selection directly impacts the accuracy, sensitivity, and reliability of the detection.
Graphite disk electrode
A sample from the oil cup is brought to the gap between the disk electrode and the rod electrode by motor-driven rotation. When connected to a pulsed arc excitation source, interaction with the rod electrode generates instantaneous high temperatures, evaporating and dissociating the components in the oil sample into gaseous atoms. These gaseous atoms are then excited, producing characteristic spectral lines of the elements.
Graphite rod electrode
Utilizing the excellent conductivity of graphite rod electrodes, a pulsed high current is passed to generate a high-temperature arc, causing the impurity elements to undergo electronic energy level transitions and form a spectrum. Graphite electrodes have good thermal stability, maintaining structural stability at high temperatures, thus ensuring the stability of the arc.
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