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The friction and wear behaviour of material combinations are studied using high-temperature tribometers. Using a predetermined standard force, a test object (such as a steel ball) is rubbed over the sample either in a linear oscillating pattern or in a circular route (pin-on-disk).
The primary technological tool employed in the majority of tribological research are tribometers, or tools for measuring wear and friction. Without the challenges of conducting experiments on real equipment, a well-chosen tribometer may replicate all the essential elements of a wear or friction problem.
In the range from room temperature to 1000 °C, two friction sensors reduce the impact of the thermal drift error on the friction measurement. The temperature of the sample can be controlled precisely and uniformly up to 1000 °C using surrounding heating sources and water cooling.
A sample- and ball holder that is carefully designed for simple setup of tribology testing at extremely high temperatures, To prevent interference between various force signals, apply normal load and friction force measurement independently.
Three testing parameters: user-defined mode, incremental testing, and standard testing, Utilizing modelling tools to simulate the distribution of strain and stress in Hertzian elastic contact, Auto-protection with user-defined friction threshold, fully complies with DIN 50324, AS G99, and AS G133 standards.
Global high temperature tribometer market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Rtec Instruments launches a new cost-effective benchtop tribometer. The MFT-3000 benchtop tribometer from Rtec Instruments has officially been released, and ST Instruments is happy to announce this. Your needs for tribological testing can be met affordably with the platform’s small size and durability.
The rigid architecture combined with the innovative twin force capacitor sensors provides exceptional performance without the need for particular facility requirements. Customized test sequences and completely automated test runs are possible because to the exchangeable temperature modules that range from -50°C to 1000°C and the open-access operating software.
The MFT-3000 produces friction tests from 1 mN up to 3000N thanks to its innovative dual force sensor technology, which simultaneously measures normal load and friction force. Numerous tribological applications can now be carried out from high resolution capacitive sensors in conjunction with variable speeds and environmental control.
