Elements such as carbon and sulfur substantially influence the hardness and processability of materials such as titanium, zirconium or carbide; therefore, it is paramount to reliably determine these elements as part of the quality control process with an elemenal analyzer.
While the powerful induction furnace of the CS-800 combusts a metal sample in an oxygen stream at more than 2,000 °C, infrared cells ensure the reliable determination of carbon and sulfur.
Analysis of the oxygen and nitrogen content is routinely carried out for all types of steel. For stainless steel analysis of the hydrogen content is also relevant.
The oxygen / nitrogen / hydrogen / analyzer ONH-p is equipped with an impulse furnace and provides temperatures of more than 3,000 °C. It reliably measures the hydrogen, oxygen and nitrogen content in ferrous samples.
Carbon occurs as bound in a material (total carbon) but is also found on the surface of materials (surface carbon). Process water or oil can contaminate the surface of a product thus preventing or impeding further processing such as painting/varnishing.
The SurfaceC-800 is equipped with an XXL sample drop mechanism, allowing for reliable analysis also of large sample pieces.
The effective calorific value of fuels is determined by their carbon and hydrogen content. Through combustion the contained hydrogen turns into a substantial amount of water which evaporates from the boiler and is therefore not usable for the heating process. This is of interest for coking plants which are part of steel plants.
The CHS-580 and CHS-580A analyzers reliably determine the carbon, hydrogen and sulfur content. The CHS-580A is available with an Autoloader which accommodates either 36 or 130 samples.