It is suitable for high-precision automatic measurement of the saturated vapor pressure of various fluids under high temperatures (within 250°C), featuring automatic collection and measurement functions.

The VP2200 High-Temperature Vapor Pressure Tester is a specialized device developed by XIATECH for high-temperature measurement of the saturated vapor pressure of fluids. It can perform experiments at temperatures up to 250°C, with support for custom higher temperature configurations. The device features a high degree of automation, with software-controlled functions for automatic sample injection, sample evacuation, and vacuum pumping. The system also includes program-controlled temperature regulation and automatic testing capabilities. Users only need to set the target temperature points before testing, and the system will automatically regulate the temperature, conduct measurements at each specified temperature point, and record and display all test results on the interface for easy data export and analysis. This significantly improves testing efficiency and makes the device suitable for measuring the vapor pressure of various fluids at high temperatures, including chemical reagents, electronic fluorinated liquids, electrolytes, lubricating oils, aviation kerosene, and fine chemicals.

Key Features

l High-Temperature Measurement: Capable of reaching up to 250°C, with support for custom higher temperatures.

l Fully Automated Control: Enables automated sample injection, temperature control, temperature measurement, pressure measurement, and data processing for high testing efficiency.

l  Accurate Pressure Measurement: Utilizes high-precision pressure sensors with a measurement accuracy of less than 0.1% FS (higher precision available upon customization).

l Wide Pressure Measurement Range: Covers a pressure range of 0 to 5 MPa with selectable ranges and support for custom higher pressure configurations.

l Safe Overpressure Protection: Automatic pressure relief function prevents damage from exceeding the set pressure limit at high temperatures.