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DIL 402 Expedias Supreme HT Thermal Expansion Tester
DIL 402 Expedias Supreme HT Thermal Expansion Tester
Product details
The NIO DIL 402 Expedia Supreme HT thermal expansion meter can be used for: (1) linear expansion and contraction; (2) Glass transition temperature; (3) Densification and sintering processes; (4) Optimization of heat treatment process; (5) Softening point detection; (6) Phase transition process; (7) Effects of additives and raw materials; (8) Reaction kinetics research.
Main features:
• Can provide ultra-high temperature furnace body, with a wider range of applications
NanoEye displacement measurement system achieves high resolution and perfect linearity across the full range
The contact force can be adjusted within the full range, and minimal contact force can be applied to ensure that the sample is not damaged
• Can automatically measure sample length
MultiTouch touch design ensures stable sample position
Unique vacuum sealed furnace body ensures sample measurement atmosphere
• Rich extension of advanced DIL testing and analysis functions
• Can provide ultra-high temperature furnace body, with a wider range of applications
NanoEye displacement measurement system achieves high resolution and perfect linearity across the full range
The contact force can be adjusted within the full range, and minimal contact force can be applied to ensure that the sample is not damaged
• Can automatically measure sample length
MultiTouch touch design ensures stable sample position
Unique vacuum sealed furnace body ensures sample measurement atmosphere
• Rich extension of advanced DIL testing and analysis functions
Technical parameters:
• Temperature range:- 180... 2800 ° C (different furnace bodies)
Sensitivity: 0.1nm
• Range: ± 25000 µ m
• Vacuum degree: 10-5mbar
Test atmosphere: vacuum, oxidation, reduction, inert
• Support type: graphite, alumina, fused silica
• Sample form: solid, liquid, powder
• Function: c-DTA®(Optional), Spectral Retrieval (Identify) (Optional), Rate Controlled Sintering (RCS) (Optional)
Nanoeye displacement sensing and load control technology
Multitouch technology
• Temperature range:- 180... 2800 ° C (different furnace bodies)
Sensitivity: 0.1nm
• Range: ± 25000 µ m
• Vacuum degree: 10-5mbar
Test atmosphere: vacuum, oxidation, reduction, inert
• Support type: graphite, alumina, fused silica
• Sample form: solid, liquid, powder
• Function: c-DTA®(Optional), Spectral Retrieval (Identify) (Optional), Rate Controlled Sintering (RCS) (Optional)
Nanoeye displacement sensing and load control technology
Multitouch technology
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