Rapid analysis of total carbon and sulfur in ores, processing products, metals, steels, alloys, and other inorganic materials by infrared absorption.
Determination of total carbon and sulfur content in different types of materials.
Analysis of ore raw materials, processing products, metals, steels and alloys.
The nominal analysis time is about 40 seconds after sample preparation.
Measurements are performed using methods that control accuracy and save the results.
The total carbon and sulfur content is determined by oxidative melting in the oxygen flow on a LECO SC-144DR gas analyzer.
The method is intended for rapid analysis of total carbon and sulfur in ferrous and non-ferrous metals, steels, alloys, ore raw materials, enrichment products and other inorganic materials. It is used in the metallurgical and machine-building industries, as well as in laboratory and research practice.
The principle of operation is based on burning a sample sample in a special ceramic crucible in an induction furnace. After combustion, the carbon and sulfur content is determined in the gaseous compounds co₂ and so₂ by infrared absorption.
Measurements are performed in accordance with approved methods. The device is controlled by a computer that can store up to 32,000 analysis results in its memory.
Mass fraction measurement range, %:
carbon 0.0004-100%
sulfur 0.0004-26%
Accuracy, %:
carbon and sulfur & #8212; 0.0002%
Nominal analysis time:
40 seconds.
Data on the total carbon and sulfur content in the test material.
Information for evaluating the quality of raw materials, processing products, metals and alloys.
Express results for production, technological and laboratory control.
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