Used LECO CHN #9242651 for sale

LECO CHN stands for "Carbon, Hydrogen, Nitrogen analyzer", and is a widely-used lab equipment and accessories,which are used for performing a range of elemental analyses on samples. It is manufactured by LECO, and is commonly used in laboratories for chemical and materials research. The primary application is the determination of the elements carbon (C), hydrogen (H), and nitrogen (N) in a given sample, which can provide a great amount of information regarding its composition. It works by subjecting the sample to an inert atmosphere and heating it to a high temperature in order to convert the sample into its individual elements. The output from CHN is then used to analyze the amount of C, H, and N present in a sample, and can provide a precise and accurate value of the Elemental Analysis (EA). The advantage of using LECO CHN is that it is a powerful and fast analytical technique, which can help scientists access the data in a timely manner. This data can then be used for various research purposes, such as determining the composition of an organic sample, such as an environmental sample, or even to study the effects of certain pollutants on a given sample. In addition to carbon, hydrogen and nitrogen, CHN can also be used to measure other elements, such as sulphur (S), phosphorus (P), oxygen (O) and zinc (Zn). This means that researchers can use LECO CHN for a variety of different research purposes, as it provides a detailed view of the elemental content of a given sample. CHN is Precision Analytical Technology, and is made up of a furnace, electronic interface, data logger and infrared detector, which can accurately measure the amount of C, H, and N present in a sample. It is usually connected to a computer where its data can be transferred and utilized. The instrument can be calibrated to ensure that it can produce accurate results, and it also has the capability of storing the data for future reference. LECO CHN is an important tool in the materials analysis laboratory, and its ability to provide highly accurate data of elemental composition allows researchers to conduct further research based on this reliable data. It is lightweight, easy to use and capable of producing highly precise results, which makes it a valuable and efficient tool in the laboratory setting.