During injection into the GC, all organic compounds will be separated by the chromatographic column and then identified by the MS (mass..
GCMS-FID

GCMS-FID

The sample is directly injected into the pyrolyzer oven heated to 550 ° C using a solid syringe. This instantly causes the fragmentation of..
PYROLYZER

PYROLYZER

During the injection into the LC, all the semi-volatile organic molecules will be separated by the chromatographic column and then detected..
UPLC/UV/TOF-MS

UPLC/UV/TOF-MS

During the injection into the LC module, all the semi-volatile organic molecules will be separated by the chromatographic column and then..
UPLC-MS-MS

UPLC-MS-MS

The HeadSpace / GCMS technique does not require preparation. The sample is placed in a gas tight vial and hermetically sealed using a..
HEADSPACE/GCMS

HEADSPACE/GCMS

This spectral analysis makes it possible to know the nature of the covalent bonds present in the sample. Each of them (for example..
IRTF SPECTROMETER

IRTF SPECTROMETER

A SEM (Scanning Electron Microscope) uses an electron beam to obtain enlarged images of very good resolution. It can also be used to..
SEM/EDX

SEM/EDX

CENTRIFUGE

CENTRIFUGE

Certain molecules form by reaction colorimetric complexes having maximum absorption in UV-Visible. The color of these complexes is read..
UV-VIS SPECTROMETER

UV-VIS SPECTROMETER

Technique TGA

Technique TGA

Technique DSC

Technique DSC

Technique RHEOMETRE

Technique RHEOMETRE

Technique OCA

Technique OCA

Baptiste BAUDOUIN

Assistant engineer