Cemented Carbides Measurement

A: Magnetometers are hiding all around us. Your phone has a magnetometer, for example. You may ask, “Why does my phone have a magnetometer?” As noted in the applications, magnetometers are widely used for compassing, and thus used in your phone, as it allows it to determine the orientation of the phone in relation to the local magnetic field. This is very useful for navigation purposes.

A: For the same reason that you have a magnetometer on a phone for compassing, magnetometers on aircraft are used as a heading sensor. Though in general, magnetometers on aircraft are used as a backup to alternative heading sensors.

A: Yes, magnetometers, when appropriately packaged, can be used underwater. This includes both total field magnetometers as well as vector magnetometers, and most particularly fluxgate sensors. Vector magnetometers underwater are used for defense applications (a signature of navy vessels), detection of ferromagnetic masses, and geophysics research. While some of these applications only require submersion to a few tens of meters, other cases see sensors deployed to depths in excess of 6000 m deep.

A: In addition to land and water environment, magnetometers can be used in space (mainly vector magnetometers and most particularly fluxgate sensors), in low-temperature environments (usually for physics experiment and particle accelerator applications, again fluxgate sensors are the main type of sensor used here, though Hall sensors are increasingly getting used in these environment), in a vacuum (usually associated with the low temperature environment described above).

A: The DX-9700HC Hard Metal Magnetometer has extremely high measurement accuracy and can accurately measure the magnetic properties of cemented carbide (Co matrix WC) and semi-hard magnetic materials. Its measurement accuracy can reach XXnT level, ensuring that you can obtain accurate and reliable magnetic parameter data. This high precision measurement capability makes the DX-9700HC ideal for scientific research and engineering applications where you need accurate measurements.

A: The DX-9700HC Hard Metal Magnetometer uses advanced measurement technology and a stable and reliable hardware design to ensure the accuracy and repeatability of measurement results. It has an automatic calibration function, which can calibrate the equipment regularly and eliminate system errors. At the same time, the software algorithm has been carefully optimized to reduce measurement errors and improve data stability. In addition, DX-9700HC also has powerful data processing and analysis functions, which can conduct in-depth processing and comparison of measurement data to further improve the accuracy of measurement results.

A: Yes, the sample clamp of DX-9700HC Hard Metal Magnetometer can be customized according to different sample sizes. We understand that different customers may need to use samples of different sizes for measurement, so our fixture design is very flexible and can be customized according to the needs of our customers. All you need to do is provide the size information of the sample you need and our team will customize the appropriate fixture for you to ensure that the sample can be firmly placed in the measuring coil to obtain accurate measurement data. This customized service will bring great convenience and flexibility to your measurement work.