1552210014

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 1552210014 application field and working principle is the determination of non-volatile compounds in various liquid samples, such as hydrocarbons, organic acids and bases, sulphurs and halogens. The size of the particle of the non-volatile compound has direct influence on its vapour pressure and maximum volatilisation temperature. Generally, non-volatile compounds are crystallised at high temperatures, thus their vapour pressure can be significantly increased, which facilitates their volatilisation and detection.

The principle of the 1552210014 instrument relies on the differential thermogravimetry of the non-volatile compounds under simultaneous irradiation of infrared radiation. This radiation will break the intermolecular bonds between one or more molecules of the non-volatile compounds, resulting in the release of a complex hydride. The heat of this hydride is measured with a thermocouple probe. The pressure of the non-volatile compounds is obtained from the difference between the vapor pressure of non-volatile compounds and the hydride pressure.

The 1552210014 is a relatively simple instrument, requiring only a low power AC power supply and an infrared source. It is suitable for both manual liquid and vapor sample applications and is also equipped with an automatic temperature control and data collection system. It is used to quantify non-volatile compounds in complex liquid samples, such as oils, petroleum and organic acids, and can be used in a variety of environmental and industrial applications, from chemical processing plants to waste water treatment plants.

The 1552210014 instrument is capable of providing quantitative data on the concentration of non-volatile compounds in liquid samples, as well as the thermal stability of the sample. This information can then be used to determine the stability of the sample over time, as well as to identify the most volatile compounds in the sample. The instrument is often used to determine the effectiveness of various treatment processes, as well as to monitor the stability of samples during storage or transport.

In conclusion, the 1552210014 application field and working principle is a very useful tool for quantifying non-volatile compounds in both liquid and vapor samples. It is a simple, inexpensive instrument that is capable of providing accurate information on the concentration and stability of non-volatile compounds in samples, and can be used in a variety of applications. It is a valuable resource for industrial and environmental applications, and can be used to improve the quality of samples.

The specific data is subject to PDF, and the above content is for reference