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TDS-100RD dual channel automatic secondary thermal analyzer
Thermal Desorption (TD) is based on the principle that the sample to be measured (volatile and semi-volatile components) are adsorbed in a sampling tube with adsorbent material for enrichment, then heated to the sampling tube to desorb the volatile and semi-volatile components from the adsorbent material, and carried the desorbed components into the gas chromatography for analysis. The thermal desorption/desorption unit is a device used to achieve the thermal desorption/desorption sampling. Based on whether the volatile and semi-volatile components are desorbed from the sampling tube and then concentrated by cold focusing, the thermal desorption unit is divided into a primary and a secondary thermal desorption unit. The sample components desorbed from the sample tube were concentrated and enriched in the secondary thermal desorption unit. The sample components after concentration were imported into the gas chromatography with a small amount of gas to improve the sampling efficiency and obtain a better peak shape spectrum.
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Product Description
A fully automated thermal analyzer is actually a combination of technologies that extract volatiles from a complex matrix and concentrate them for GC or GC/MS analysis. For gas samples, such as air, a convenient method is to extract a known volume from a thermal desorption tube containing one or more sorbents. In other words, air can be extracted into an evacuated container. Other samples (e.g., polymers, food, packaging materials, etc.) can be placed directly into thermal desorption tubes or larger containers.
As a solvent-free extraction technology for gas chromatography, automatic thermal analysis instrument has been widely used. This technology is characterized by high sensitivity, speed and simplicity, and a wide range of use. It is suitable for the analysis of volatile and semi-volatile organic compounds in air and materials compatible with gas chromatography, including: air, semiconductor materials, polymers, interior decoration, furniture packaging materials, drugs, and flavor analysis and testing; The analysis range can include organic compounds with volatility greater than n-C40 and small amounts of inorganic compounds.
It can be applied in a variety of fields
It is limited to laboratory scientific research use and may not be used for other purposes.
Are you facing any of these problems?
6 product advantages to solve your experimental pain points
 | 1 Ultra-low cost of ownership
Patent "OC-LOCK" machine sealing cap (patent number: ZL 2018 2 0758148.5) No need to stick needles, no need to remove the cap; Say goodbye to the trouble of needle bending, puncture, blockage and stuck tube, no need to replace the injection spacer, and achieve zero consumables on the machine |
2 Patented "bidirectional extrusion method" injection
Extrusion non-destructive injection to achieve pre-leak detection of all samples and effectively protect the sample 有效避免进样隔垫对实验带来污染 |  |
 | 3 Modular air path control
Effectively reduce sample carryover and improve analysis efficiency |
4 Integrally molded cold trap cavity
Reliable tightness, avoid the alternation of high and low temperature to form condensed water A number of temperature protection measures to ensure safe, reliable and stable operation |  |
 | 5. Powerful sample protection
Realize bidirectional reverse control with chromatography, and automatically stop running the next sample if the chromatography is not ready Record the experimental parameters of each sample to achieve data traceability |
6 User-friendly operation
Up to 20 method files can be stored Each time you call up the method file directly, you can use it |  |
They are all using Taitong thermal desorption meters (some companies)
APPLICABLE STANDARDS
GB/50325-2020 Code for Indoor Environmental Pollution Control of Civil Construction Engineering
GB/T18883-2002 Indoor Air Quality Standard, etc.
PRODUCT FEATURES
The thermal desorption instrument runs fully automatically, and the sample analysis and injection process is automatically completed with one button.
It can be linked with all brands of gas chromatography systems on the market to automatically complete the desorption injection analysis process of samples.
Bidirectional linkage with gas chromatography system. When the GC system fails, thermal resolution stops the injection, which effectively protects the sample and avoids repeated sampling.
The rapid loading system completes the sealing and heating action in one step, and the loading process does not require any sealing caps.
The tightness of the pipeline is automatically detected before analysis, and the sample tube with leakage is not injected, which effectively protects the sample and avoids repeated sampling.
Fully inert gas path control, independent temperature control valve box, to ensure the low detection of the system and not easy to contaminate.
Patented cryogenic capture high-temperature flash evaporation device for easy excellent chromatographic response and peak shape.
Graphical control menu, easy to use, can store 20 method sequence files, each time directly recall the method file can be used.
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