Advantages:
Single and double tilt heating holders for direct observation of microstructural phase changes, nucleation, growth, and dissolution processes.
- Precise temperature control of specimen holder tip is maintained using a bulk furnace and a water cooled specimen rod
- Heat loss from furnace to specimen tip is minimized using specialized ceramic furnace supports
| Gatan model number | Maximum temperature1 (°C) |
Furnace | Specimen positioning | Specimen securing | Maximum electrical feedthroughs |
|---|---|---|---|---|---|
| 628 | 1300 |
Tantalum |
α tilt | Hexring® mechanism |
6 |
| 628 | 900 | Inconel | α tilt | Hexring mechanism |
6 |
| 652 | 1000 | Tantalum | α, β tilt | Hexring mechanism |
2 – 62 |
| 652 | 850 | Inconel | α, β tilt | Hexring mechanism |
2 – 62 |
1For small pole piece gaps, the 628 maximum temperature is limited to 1000 °C for tantalum furnace and 700 °C for Inconel furnace, and the 652 maximum temperature is limited to 900 °C for tantalum furnace and 700 °C for Inconel furnace
2Optional 2 – 6 for JEOL UHR, 2 maximum for other EMMs
Ceramics International
2021
Models 628, 652
Datasheets
Single Tilt Heating Holder, model 628
Double Tilt Heating Holder, model 652
Applications
|
Imaging carbon nanoparticle agglomeration on MoS2 at a low dose rate |
Atomic-scale observation of oxygen delivery during catalyzed oxidation of carbon nanotubes |
|
Related products
In-situ Explorer Software
Solarus® II System
Turbo Pumping Station
DigitalMicrograph® Software