Displaying items by tag: Sulfur

ONLINE WORKSHOP: Inorganic Elemental Analysis // ON DEMAND

 LECO ONLINE WORKSHOP: Inorganic Elemental Analysis // On Demand

 

Available in the following languages:
English, Deutsch, Polski, Español, Français, Русский, Česky, Português, and Italiano

Our latest Online Workshop is now available as an On-Demand session. In this workshop the LECO Inorganic product line together with interesting applicational examples is presented. CHNOS analysis of steel, semiconductors, inorganic materials, powder metals and others are discussed. The theoretical lectures are followed by a practical demo where the instruments are demonstrated and some typical samples are analysed. A questions and answers session finalises the workshop.

SC832 Series | Sulfur Determination in Coal and Coke

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SC832 Series | Sulfur and Carbon in Coal and Coke

LECO Solutions for Inorganic Materials

LECO Solutions for Inorganic Material

From raw materials till finished products, different industries trust LECO rapid and accurate analysers measuring quality and strength on every step of materials transformation process. Learn more about Carbon and Sulfur Analysis by Combustion with the LECO CS744 and CS844, Oxygen/Nitrogen/Hydrogen Detection with the ONH836, Oxygen/Nitrogen determination by Inert Gas Fusion with the ON736, and multi-phase Carbon and Water determination with the RC612.

SC832 Series | Sulfur and Carbon Determination in Soda-Lime Glass

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CS844ES | Sulfur Determination in Ultra Low Sulfur Steel, Nickel, and Superalloys

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CS844 Series | Determination of Sulfur in Ore Concentrate

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CS844 Series | Sulfur in Copper Base Materials

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CS844 Series | Determination of Carbon and Sulfur in Fluorspar

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CS844 Series | Carbon and Sulfur Determination in Limestone/Dolomite

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CS844 Series | Determination of Carbon and Sulfur in Tungsten Carbide

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CS844 Series | Determination of Carbon and Sulfur in Metal-Bearing Ores and Related Materials

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CS844 Series | Carbon and Sulfur in Iron, Steel, Nickel­ Base, and Cobalt-Base Alloys

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CS844 Series | Determination of Carbon and Sulfur in Cast Iron

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CS744 Series | Sulfur in Copper Base Materials

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CS744 Series | Sulfur in Ore Concentrate

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CS744 Series | Sulfur Determination in Battery Paste (PbO/PbSO)

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CS744 Series | Carbon and Sulfur Determination in Soda-Lime Glass

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CS744 Series | Carbon and Sulfur in Metal-Bearing Ores and Related Materials

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CS744 Series | Carbon and Sulfur in Lime

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CS744 Series | Carbon and Sulfur in Iron, Steel, Nickel-Base, and Cobalt-Base Alloys

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CS744 Series | Determination of Carbon and Sulfur in Cast Iron

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CHN628 | Sulfur in Hydrocarbons

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S832DR | Determination of Sulfur in Fertilizers

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SC832 Series | Sulfur and Carbon Determination in Cement, Clay, Fly Ash, Limestone, Soil, and Ore

Balanced Soil: Carbon, Nitrogen, and Sulfur Determination with the CNS928

Well-balanced crops require well-balanced soil. While carbon may be the most essential element for organic life, the right ratio of nitrogen and sulfur in the soil along with the carbon can really influence the speed and strength of plant development and growth. With a macro combustion carbon, nitrogen, and sulfur determinator such as LECO's CNS928, those ratios can be discovered easily through fast and precise analysis.

There are countless fertilizers that can be applied to change the ratio of elements in soil, but without knowing the baseline for your soil, you have no practical way of knowing what it needs. LECO's CNS928 can take some of the uncertainty out of soil management.

While helium remains the inert gas of choice for elemental analysis, supply is limited, driving cost up. The CNS928 is designed to support the use of either helium or argon as a carrier gas. The thermal conductivity difference between argon and nitrogen is not as great as the thermal conductivity difference between helium and nitrogen, so the detector is inherently less sensitive when using argon for nitrogen determination, but the CNS928 does offer the option of using a larger 10 cm3 aliquot loop. The 10 cm3 aliquot loop helps to overcome the lower sensitivity of argon carrier gas by optimizing the system for the lowest nitrogen range and provides the best precision.

To see how the CNS928 handles carbon, nitrogen, and sulfur determination with various combinations of carrier gases and aliquot loop sizes, read the app note.

S832/S832DR | Determination of Sulfur in Carbon Black

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SC832 Series | Sulfur and Carbon Determination in Flour and Plant Tissue

CS844 | Carbon and Sulfur Determination in Low Carbon Ferroalloys

CS844 | Carbon and Sulfur Determination in High Carbon Ferroalloys

CS744 Series | Carbon and Sulfur Determination in Limestone/Dolomite

CNS928 | Determination of Carbon, Nitrogen and Sulfur in Soil

CNS928 | Determination of Carbon, Nitrogen and Sulfur in Plant Tissue

S832 | Sulfur Determination in Rubber

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CS744 | Carbon and Sulfur Determination in Low Carbon Ferroalloy

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CS744 | Carbon and Sulfur Determination in High Carbon Ferroalloys

Pegasus BT | Discovery of Sulfur-Containing Compounds in Broccoli with GC-TOFMS