LECO Metal Analysis
SGS MSi offers LECO Combustion Analysis of metals and alloys for carbon, sulfur, nitrogen, oxygen and hydrogen using state of the art LECO Combustion, Infrared Absorption and Thermal Conductivity Determinators. These test methods produce a high level of accuracy and precision that are especially useful for low detection limits of these elements.
|LECO combustion detection limits for Steel, Iron, Nickel and Cobalt Alloys|
|LECO combustion detection limits for Titanium Alloys|
LECO analysis is performed in accordance with:
- ASTM E1019
- ASTM E1409
Carbon and Sulfur
Our carbon and sulfur analysis system involves sample combustion and measurement of combustion gas absorption in the infrared region. We weigh your material, heat and combust in a flow of pure oxygen. As a result of this combustion process, the carbon and sulfur components are oxidized to form CO2 and SO2 respectively.
Oxygen and Nitrogen
Our oxygen and nitrogen analysis incorporates gas fusion in a graphite crucible under a flowing inert gas stream (Helium) and the measurement of combustion gases by infrared absorption and thermal conductivity. Following this fusion process oxygen combines with carbon to form CO2 and nitrogen is released as N2.
Our hydrogen analysis incorporates gas fusion in a graphite crucible under a flowing inert gas stream (Argon) and the measurement of combustion gases by infrared absorption and thermal conductivity. Following this fusion process oxygen combines with carbon to form CO2, after passing through a final filter, hydrogen is released as H2.
Our LECO Determinators are calibrated for:
- Carbon steels
- Stainless Steels
- Alloy steels
- Cast Iron
- Nickel Alloys
- Titanium Alloys
- Cobalt Alloys
Please contact our sales team with any questions and cost estimation.
Chicago Lab: 708.343.3444
Calgary Lab - 403.262.7072 | Edmonton Lab - 780.468.3030
Montreal Lab - 800.361.1679