MS and FTIR coupling Our
Thermal analysis equipment usesvertical gas flow systems in the
industrial furnaces.
This leads to perfect gas transport in the
natural upward flow direction and re-
quires only low purge gas flow rates,
resulting in low dilution of the evolved
sample gases. Additionally all the gas TG 209 F1Iris paths have a precisely controlled heating, including the furnace exit, the
transfer line, and the inlet to the
industrial gas analyzers.
Integrated software solutions make the
experiments and evaluations easy for daily use. A sensitive and complete detection and analysis of the evolved gas species is the result of our many years of experience with coupling of gasanalyzers.
•Optimized furnace design for capillary coupling•MID scanning mode for morecomprehensive MS analysis•Trigger signal for simultaneousstart/stop of TG/STA and MS/FTIR
® + FTIR/MS This vacuum-tight thermobalance with amicro furnace is the ideal basis for cou-
pling, even when equipped with the
automatic sample changer (ASC)
DSC 204 F1 Phoenix ® -FTIR Tensor TM 27 DSC 204 F1 Phoenix
® + FTIR/MS The gas-tight DSC offers a unique cou-pling possibility; small sample quantities
and low flow rates ensure highest sensi-
tivity and resolution in gas analysis.•Unique coupling STA 409/429/449 + FTIR/MS Simultaneous information about theweight changes, enthalpy changes and
evolved gases provide the optimum per-
formance for a comprehensive material
characterization. The vacuum-tight STA
instruments guarantee a fast atmos-
phere adjustment especially with very
pure and non-oxidizing sample atmos-
pheres.•Optimized gas cell and transfer line•Fully controlled gas paths, nodead volume•No cold spots
•No need for high gas flow rates
•Low dilution - high sensitivity
STA 449 C Jupiter ® -QMS 403 C Aëolos ® 13