C-Sorb 400TPX Chemisorption Analyzer Profile

The C-Sorb 400TPX is a NEW generation of fully automatic chemical adsorption analyzer. This instrument is a fully automatic catalyst characterization device designed based on the concept of unattended operation, specifically for the needs and applications of catalyst researchers. It features highly reliable test control components, comprehensive data processing software, and can provide the necessary kinetic parameters for characterizing catalysts. 

The overall design of the C-Sorb 400TPX is more compact, smaller in size, more economical, and at the same time provides rapid catalyst characterization capabilities. This instrument is designed for customers with limited budgets and relatively conventional application requirements. Ensure every catalyst researcher can have it with affordable price!

C-Sorb 400TPX Chemisorption Analyzer Specifications

C-Sorb 400TPX Chemisorption Analyzer Features

During the experiment, it is not necessary to have an operator on duty at all times. It can be installed on a computer with a Windows system, can be connected to the Internet, and in addition to controlling the instrument, the computer can also manage other laboratory tasks. 

Experimental program setup interface, with flexible selection or editing of TPD, TPO, TPR, TPRS, pulse calibration, etc., can set up to 99 programs to achieve full automation of adsorption, desorption, and chemical reactions. The complete experiment setup can be completed within a few minutes.

• 1 Safety Door Design: ensure the safety of the experiment operator;

• 2 Seals: using Kalrez perfluoroelastomer anti-corrosion rubber sealing rings, long-term temperature resistance can be between 250ºC and 320ºC;

• 3 Insulation Valve Box: the internal pipeline of the instrument adopts air bath heating, and the integrated whole box body heating and insulation design, with a maximum temperature of 150°C, ensures that the instrument's stainless steel pipeline, valves, and TCD detector have no "cold spots";

• 4 Shell-style Heating Furnace: easy to disassemble sample tube. Temperature control range of 1200°C, and capable of linearly increasing at a rate of 1~50°C/min;

• 5 Automatic Air Cooling Component: automatic control, rapidly cooling the furnace by blowing air to shorten the experiment time;

• 6 Cold Trap: a dedicated cold trap is equipped downstream of the sample tube, filled with desiccant, used to remove condensable matter before it flows through the TCD;

• 7 Intake Interface: it has 10 gas intake ports, including 6 analysis gases and 4 pulse gases;

• 8 Piping: 1/16 inch 316S stainless steel piping, ensuring minimal dead volume.

The interface provides a clear display of the device status, showing the position of all valves, the type of gas at each port, temperature, and detector signals, among other information. The change in line colors indicates the current flow path.

The software has an alarm program for safty protection, which can realize various safety protection mechanism settings. In manual mode, you can switch any valve by simply clicking on the icon with the mouse. Gas flow rate and temperature values can be entered from the page.

Exhaust gas detection devices:

Mass spectrometer,

Gas chromatograph,

Flame ionization detector,

Fourier transform infrared detector

Detectors:

The instrument comes standard with a high-precision TCD detector. In addition, a variety of auxiliary gas detectors can be connected according to your different experimental needs.

Mass Flow Controller:

Configure high-precision mass flow controllers (MFCs) to control flow rates, with a flow rate range of 2-100 SCCM. Built-in mixing tank.