DAC FTIR micro
The 03S FT1 mini Diamond Anvil Cell is a powerful tools employed mainly for FTIR studies at high pressure.
It allows to attain static pressures up to several hundreds of kilobars on small volume samples.
The 03S FT1 DAC is produced in steel alloy. The size of this device is very small: the thickness of each half of the cell body is 5 mm, and the total height when mounted is 15 mm.
The diamond anvils are mounted on two plates with a quite wide optical access.
This DAC cell can also be mounted on a standard goniometer head for X-ray diffraction measurements. The optical access is provided by the large opening angle and transparent diamonds, and allows measurement of pressure by ruby fluorescence as well as other in situ spectroscopic measurements.
Diamond Anvil Cell technology is nowadays within the reach of even the smallest physics or chemistry laboratory. The simplicity of this device and its affordable price permit any interested scientist to perform measurements at pressures in the 100 GPa range and above. By combining the DAC with different investigation techniques, from the simplest ones, as microscope visual observation, through optical or Infrared spectroscopy, Raman spectroscopy, to synchrotron x-ray scattering, researchers all around the word continues to investigate the changes under pressure of virtually any material. LOTO-eng manufactures a variety of types of DAC, among which, for sure, the one suitable for your purpose. LOTO-eng specialists will help you to identify the most suitable DAC cell, accessories and loading technique to meet your needs, in accordance with your scientific goal and your budget.
TECHNICAL DATA
PRESSURE DRIVER | Screws |
CELL MATERIAL | Stainless steel alloy |
TOP ANGLE | Total angle max 60° on request |
BOTTOM ANGLE | Total angle max 60° on request |
MAX PRESSURE | up 50 GP depends of culet dimension |
DIMENSIONS | Diameter 23mm Height 15mm |
HIGHLIGHT
- Reduced size and weight
- Hemisphere, easy solution for alignment
- Pressure stability
- Cell geometry easily adaptable
- Pressure control by a key