The raw material (billet) is subjected to inspection in accordance with the sampling plan. Mechanical testing uses precise measuring instruments such as the vernier caliper, and 100% visual inspection is performed. Chemical testing was carried out utilizing the Spectrometer. To mitigate the risk of incorrect material reception, 100% chemical testing was conducted for each lot. Furthermore, distinct color codes were assigned to each grade for traceability, achieved through the use of paint.
Slices of steel Billets are processed, and a spectral analysis is conducted thereon in order verify and validate the compliance of Chemical Composition with the relevant order performed by Spectro Max 05. Optical Emission Spectrometer.
Each slice of the steel billets is carefully prepared and placed into the spectrometer for analysis. The instrument's automated processes streamline the testing procedure, allowing for rapid analysis without compromising accuracy. This is crucial in industries where the exact composition of steel directly impacts its performance and suitability for specific applications.
In addition to its analytical capabilities, the Spectro Max 05 Optical Emission Spectrometer is equipped with sophisticated software that processes and interprets the spectral data obtained during analysis. This software enables detailed reporting of the elemental composition, displaying results in easy-to-read formats that provide clear insights into the steel's chemical makeup. Such reporting is invaluable for quality control purposes, as it allows engineers and metallurgists to make informed decisions regarding the suitability of the steel for its intended application.
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