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Steel and cast
Rapid control of carbon and sulfur in production and laboratory.
HORIBA Solutions / HORIBA EMIA line for carbon and sulphur
Family of analyzers
HORIBA EMIA line for carbon and sulphur
Fuel and NDIR detection for carbon and sulfur determination in metals, ores, ceramics and industrial materials.
C/Smeasured elements
NDIRdetection
3main models
Summary
The EMIA family includes models for routine, high performance and temperature-programmed analysis: EMIA-Pro, EMIA-Expert and EMIA-Step.
Solution overview
Choose model by method requirement
Expert and Pro use induction furnace for high throughput. Step uses tubular resistance furnace with temperature programming to separate carbon and sulfur forms.
Applications
Primary applications
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Ores and refractory
Characterization of raw materials and products.
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Chemicals and electronics
Materials that benefit from low bands or thermal separation.
Key features
Resources and settings
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EMIA-Expert
More performance, ultra-low levels and advanced features.
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EMIA-Pro
Routine with throughput and cost-benefit.
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EMIA-Step
Programmed temperature and species/fraction separation.
Reference data
Technical view
This summary supports preliminary evaluation; the final configuration must account for the sample matrix, method, analytical range and throughput.
PrincipleCombustion + non-dispersive infrared absorption
Induction modelsEMIA-Expert e EMIA-Pro
Resistance modelEMIA-Step, ambient temperature at 1450 °C
Frequently Asked Questions
Technical information
Which EMIA to choose from?
Expert for greater sensitivity and resources; Pro for routine; Step when temperature separation is decisive.
The line measures total carbon?
Yes, in proper methods. The EMIA-Step also allows studies of fractions released at different temperatures.
How long is an analysis on induction models?
The Expert/Pro family can complete cycles in about 70 seconds, depending on the method and conditions.
Related pages
Related solutions
Application assessment
Inform the matrix, analytes or molecules of interest, expected range and volume of samples. SENS specifies the applicable configuration.