AutoTD 50S Automatic Thermal Desorption and Desorption Instrument

NegotiableUpdate on 12/25

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The AutoTD B automatic thermal desorption desorption instrument and the AutoTD 50S automatic thermal desorption desorption instrument are single-stage thermal desorption without cold traps. The desorption of the sample tube is carried out using 360 ° C; The cylindrical contact uniform rapid heating technology greatly improves the heating rate of the sample tube compared to traditional automatic thermal desorption sample tube slot heaters. The same component is desorbed simultaneously, increasing the desorption rate and efficiency, effectively improving the resolution of single-stage thermal desorption chromatographic peaks, and breaking the traditional concept of first-order thermal desorption.

Product Details

Technical Specifications:

² sample tube360Cylindrical heating, fast desorption rate, sharp peak shape

² Primary sample tube cylindrical heating desorption

² 50Automatic sample tube transfer system with automatic cap removal and wearing function

² Can store10There are various methods to choose from, edit the sequence and run it

² Upgraded to a two-stage automatic thermal desorption desorption instrument with a cold trap

Application fields:Total volatile organic compounds in indoor air（TVOC）Measurement（GB50325-2020）Application of Occupational Health and Safety

Main functions:Mainly used for volatile and semi volatile organic compounds in indoor air and workplace air（VOCsandSVOCs）Analysis

AutoTD 50S Automatic Thermal Desorption and Desorption InstrumentIt is a single-stage thermal desorption without a cold trap. The sample tube desorption adopts a 360 ° cylindrical contact uniform rapid heating technology, which greatly improves the heating rate of the sample tube compared to the traditional automatic thermal desorption sample tube slot heater. The same component is desorbed simultaneously, improving the desorption rate and efficiency, effectively improving the resolution of single-stage thermal desorption chromatographic peaks, and breaking the traditional concept of first-order thermal desorption.