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Product Details
Atomic Layer Deposition Systems, Nanomechanical Testing Equipment, Molecular ...
产品Price Negotiable
最小起订Quantity：1 Tai 供货总Quantity： 100 Tai
Product Introduction Product Advantages Product Features Parameter specifications
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
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.
* 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.
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
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