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The graphite carbon detector uses imported data acquisition and control cards, and is computer-controlled to achieve fully automated testing, calculation, and reporting. A variety of instruments and equipment are available for graphite carbon detection to meet different needs.
The ZRPY series graphite thermal expansion coefficient tester meets the GB/T3074.4 method for determining the thermal expansion coefficient (CTE) of graphite electrodes. It is used to determine the expansion and shrinkage performance of graphite carbon materials during the heating and baking process, and is also applicable to the determination of metals, ceramics, glass, glazes, and refractory materials.
Graphite carbon flexural strength testing instrument meets GB/T3074.1 method for determining the flexural strength of graphite electrodes, suitable for testing the bending strength (i.e., flexural strength) of non-metallic materials such as glass, refractory materials, insulation materials, and graphite (carbon).
The graphite carbon detector uses imported data acquisition and control cards, and utilizes computer control to achieve full automation of testing, calculation, and reporting. The graphite carbon detector can perform tests such as thermal expansion coefficient, thermal conductivity, oxidation resistance, apparent porosity, air permeability, tensile strength, compressive strength, flexural strength, elastic modulus, true density, and resistivity.
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