| Customization: | Available |
|---|---|
| After-sales Service: | 1 Year |
| Warranty: | 1 Year |
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High Temperature Metal Resistivity Testing Machine Metal Alloy Resistivity Tester Alloy Materials Resistance Analyzer
I. Instrument Description:
Characterizing the continuous evolution of the temperature (heat treatment)-resistivity parameter of a material through high-temperature metal resistivity testing is a highly effective means of studying the atomic diffusion dynamics and related physical mechanisms within materials. For example, in-situ resistance methods can be used to investigate the influence of carbon segregation and precipitation kinetics on microstructure evolution and CCT curve determination of precipitation patterns in steel during tempering and service. The high-temperature metal resistivity testing system can accurately and continuously characterize subtle changes in the resistance of alloy materials, providing an important research method for materials science. It provides an efficient reference for the formulation and analysis of alloy tempering hardness processes and offers important references for the study of high-temperature tempering, microstructure characterization, and precipitate control in alloys.
High Temperature Metal Resistivity Testing Machine Metal Alloy Resistivity Tester Alloy Materials Resistance Analyzer
II. Basic Parameters
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1. Resistance Measurement Range (Customizable): Resistance: 1×10^-7~10 Ω, Accuracy: 0.1uΩ. 2. Temperature Control Range: Room temperature - 1000ºC, Accuracy ±1ºC. 3. Vacuum: 6×10^-2; Customizable strip sample cell. 4. Standard resistors: 1mΩ, 10mΩ, 100mΩ, with an accuracy of 0.05% and 3ppm. 5. Computer: Communicates with the temperature controller to control the heating curve, displays and stores the current resistance-temperature value in real time. Performs basic management, query, and printing functions for the test data database. |




