Advantages:
- Single push-button operation starts or stops the elongation process
- Gear reduction needed to provide small displacement rate required in TEM studies is achieved using a 2190:1 low-backlash, spur gear train followed by a 40:1 reduction precision worm and wheel drive
- Hexlok™ specimen securing mechanism provides firm and secure clamping of the tensile specimen
Model number | Specimen securing | Operating temperature |
Specimen positioning |
---|---|---|---|
654 | Hexlok™ (clamping plate or grid fixture)1 | Ambient | α tilt |
671 | Hexlok™ mechanism | Less than -170 °C |
α tilt |
Local chemical fluctuation mediated ductility in body-centered-cubic high-entropy alloys
Materials Today
2021
Materials at High Temperature
2014
Investigation of the microcrack evolution in a Ti-based bulk metallic glass matrix composite
Progress in Natural Science: Materials International
2014
Models 654, 671
Datasheets
Single Tilt Straining Holder, model 654
Single Tilt Liquid Nitrogen Cooled Straining Holder, model 671
Training
Single Tilt Straining Holder, model 654
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