Carbon Sulfur Analyzer
High-Frequency Infrared Carbon and Sulfur Analyzer | Silicon Powder, Metals and Inorganic Materials
Rapid Carbon and Sulfur Testing for Quality Control, Process Optimization and Incoming Inspection
Fulcrum Technology provides high-frequency infrared carbon and sulfur analyzer for quantitative carbon and sulfur analysis in silicon powder, metals, alloys, ores, soil, new-energy materials, inorganic materials and other non-metallic materials. High-frequency furnace combustion and non-dispersive infrared absorption help R&D, quality and process teams obtain results quickly for quality control, batch comparison, incoming inspection and process optimization.
Carbon and Sulfur Testing for Silicon Powder and Inorganic Materials
Analyze carbon and sulfur in silicon powder, new-energy and inorganic materials, ores, soil and other non-metallic materials to monitor raw-material purity, batch variation and process quality.
High-Frequency Combustion with Infrared Absorption
The analyzer combusts the sample in a high-frequency furnace and then quantifies carbon and sulfur with an infrared detection system. This method suits material testing that requires rapid results, repeatability and traceable data.
For R&D, Quality Control and Testing Laboratories
Suitable for metallurgy, chemicals, advanced materials, research institutes and testing laboratories. Applications include incoming inspection, process monitoring, formulation R&D, batch comparison and customer acceptance. Test conditions should be assessed for the sample matrix and concentration range.
When selecting a carbon and sulfur analyzer, confirm the sample type and matrix, expected concentration range, sample amount per test, testing frequency, calibration-curve needs and data-management requirements. For silicon powder, metals, alloys, ores, inorganic or new-energy materials, consider a high-frequency infrared analyzer. For dusty samples, wide concentration ranges or extended continuous testing, also review sample preparation, accelerator conditions, consumables and maintenance frequency.
The infrared detection system employs the non-dispersive infrared absorption method combined with spatial temperature control technology, enabling the instrument to achieve internationally advanced levels of long-term stability, repeatability, and accuracy.