-Instrument Introduction
Tianjin Gangdong Technology utilizes its 20 years of experience in the research and manufacturing of Fourier transform infrared spectrometers, combined with global thermogravimetric analyzer products, to develop a thermogravimetric analyzer-Fourier transform infrared (TG-FTIR) combined system,supportThe combination of TG's quantitative analysis capability and FTIR's qualitative analysis capability can be widely applied in fields such as polymer, pharmaceutical, and chemical industries. It can qualitatively analyze the gaseous products generated during curing crosslinking reactions, substance decomposition, or other reaction processes, and can be used forRubber rapid testing systemandQuick analyzer for automotive parts materialsuse.
In this plan, the Fourier transform infrared spectrometer adopts Tianjin Port East Technology's FTIR-850 model, which is compatible with third-party thermogravimetric analyzers. At the same time, the customer's existing FTIR-850 Fourier transform infrared spectrometer or third-party thermogravimetric analyzer can be upgraded to a TG-FTIR combined system
- Instrument Introduction
The TG-FTIR attachment is used to measure flowing gas phase samples from a thermogravimetric analyzer, including a heatable 10 centimeter gas chamber and transmission line.
-Product Features
(1) High quality, high cost-effectiveness
(2) Vacuum sealed structure interface
(3) The system is equipped with insulated heating transmission lines and a dedicated heatable gas chamber for infrared spectrometers. The heating temperature can be set as needed to prevent condensation of decomposition products. The heatable gas chamberThe special focusing optical path design enables it to achieve high sensitivity while achieving small size
(4) Infrared spectrometer has high sensitivity and stability
(5)The infrared spectrometer adopts imported detectorsNo liquid nitrogen is required during the detection process
(6)Infrared spectrometer can be adapted to different brands or models of thermogravimetric analyzers
-Product application
lbreak down
ldehydration
lResidual solvent content
lPyrolysis
lGas-solid reaction
lcombustion
loxidize
lcorrosion
lDesorption
lcatalytic reaction
lcomponent
lAdhesive burned out
lCoal analysis
lPolymer components
lash content
lVolatile, gas release
-Parameter configuration
FTIR spectral range |
7800~350cm-1 |
FTIR resolution |
0.5cm-1 |
FTIR detector |
Imported high sensitivity DLATGS |
Gas chamber length/volume |
100mm |
Gas chamber design |
Double cone optical path, made of stainless steel material |
Internal dimensions of gas chamber |
Maximum inner diameter: 28mm; Center inner diameter: 16mm |
Gas chamber volume |
38.5ml |
Infrared window size |
38 x 6mm |
Transmission line size |
3mm OD x 1m |
Material of transmission line |
TEFLON |
exhaust pipe |
3mm OD TEFLON |
Maximum voltage of gas chamber |
24V 8A 200W |
Maximum voltage of transmission line |
24V 5A 100W |
Gas chamber heating temperature |
Up to 300 ℃ |
Heating temperature of transmission line |
Maximum 230 ℃ |
temperature control accuracy |
±1.0℃ |
Thermogravimetric Infrared (TG-FTIR) Combined Application Solution:
Application of Thermogravimetric Infrared (TG-FTIR) Combined Technology in the Thermal Decomposition Study of ABS
Application of Thermogravimetric Infrared (TG-FTIR) Combined Technology in the Study of EVA Thermal Decomposition
Application of Thermogravimetric Infrared (TG-FTIR) Combined Technology in the Thermal Decomposition Study of PA6
Application of Thermogravimetric Infrared (TG-FTIR) Combined Technology in the Thermal Decomposition Study of PA66
Application of Thermogravimetric Infrared (TG-FTIR) Combined Technology in the Study of PP Pyrolysis