Product Introduction
1. NanoTest Xtreme makesYou can conduct nanomechanical tests in a vacuum.
To ensure reliable and accurate performance predictions, researchers increasingly demand testing conditions that closely resemble real-world environments. The NanoTest Xtreme's capabilities have been expanded to offer vacuum environment testing samples from -100℃ to 1000℃ without oxidation or frosting.
2. NanoTest is more suitable for studying extreme environmental conditions such as indentation testing and scratch testing.
Low-oxygen, low-temperature research on satellite materials
High-temperature testing for aerospace engine components
High-temperature test of the power plant's steam pipeline
Radiation Effect Test on the Reactor Vessel Cladding
Low-temperature effects at oil/gas pipeline welding joints
High-Speed Machining Tool Coating
Product Advantages
Breaking through the temperature limitations of the existing NanoTest Vantage, achieving high-temperature testing over 850°C.
Achieve low-temperature testing at -100℃ without frosting.
Utilizes the same principle and structural design as the NanoTest Vantage, still exhibiting ultra-low thermal drift.
* Comprehensive testing functions for all nanomechanical ranges, including: indentation, scratch, wear, friction, and high-load impact.
Can be filled with gas to match the varying environmental conditions of material testing.
Product Features
* 10-5Millibar vacuum degree
Reduce oxygen content in test environments and fill with other gases
10 μN - 500 mN load range
Combination of high and low temperature testing, enabling a testing temperature range of -100℃ to 1000℃.
Fully compatible with all NanoTest technologies: nanoindentation, nanoscratch and wear, nanoimpact, and nanovibration wear
NanoTest is equipped with a high-resolution optical microscope, and can also be expanded to a 3D imaging sample stage.
Parameter specifications
Load Resolution: 3nn
Maximum Load (optional high load head): 30 N
Maximum Load Standard Head: 500 mN
Displacement resolution: 0.002 nm
Repositioning Accuracy: < 0.4μm
Hot drift: <0.005 nm/s
Standard: Compliant with ISO 14577 and ASTM 2546 standards
Maximum Temperature: 1000℃
Operating Modes: Vacuum or Gas Purification
Optional: Nano Scratch, Nano Wear, Nano Impact, Dynamic Hardness
