Carbon and Sulfur Analyzer LE-CSA101

Carbon and Sulfur Analyzer LE-CSA101

Lab Expo Carbon and Sulfur Analyzer LE-CSA101 offers high-accuracy analysis across a broad range for both carbon and sulfur content detection. It features a separated combustion and infrared design for improved stability. Incorporated gas control mechanism provides precise and consistent long-term performance. Built-in back-flushing system enables automatic self-cleaning, allowing continuous analysis. Our Carbon and Sulfur Analyzer is ideal for precise elemental analysis in metallurgy, mining, and research laboratories.

$23,184.00 $ 19320

Carbon and Sulfur Analyzer LE-CSA101 - Specifications

Analysis Range Carbon: 0.0001 – 20% Sulfur: 0.00001 – 5%
Precision Carbon: 0.00001% Sulfur: 0.00001%
Relative Standard Deviation Carbon: ≤ 0.5% Sulfur: ≤ 1.5%
Analysis Time ≤ 50 seconds
High-Frequency Furnace Power 2.0 kW
High-Frequency Furnace Frequency 20 MHz

Carbon and Sulfur Analyzer LE-CSA101 - Key Features

  • High-Frequency Furnace 20 MHz with precise combustion control
  • Analysis Time ≤ 50 seconds for rapid carbon sulfur measurement
  • Relative Standard Deviation Carbon ≤ 0.5% ensuring analytical precision
  • Relative Standard Deviation Sulfur ≤ 1.5% maintaining measurement consistency
  • Precision Carbon 0.00001% enabling trace level detection capability

Carbon and Sulfur Analyzer LE-CSA101 - Applications

FunctionImplementation
Metallurgy labsCarbon 0.0001 – 20% enables precise alloy composition analysis
Mining operationsSulfur 0.0001 – 5% supports ore grade verification
Quality control linesAnalysis time ≤ 50 seconds ensures rapid batch testing
Research facilitiesPrecision carbon 0.00001% detects trace elemental levels
Industrial processingRelative sulfur deviation ≤ 1.5% maintains consistent monitoring

Carbon and Sulfur Analyzer LE-CSA101 - Catalog


Carbon and Sulfur Analyzer LE-CSA101

Carbon and Sulfur Analyzer LE-CSA101

Related Carbon and Sulfur Analyzer

Lab Expo Elemental Analyzer units are configured for quantitative carbon and sulfur determination in metals, minerals, and industrial materials. The range supports carbon analysis from 0.00002% to 99.9% and sulfur analysis from 0.00001% to 5% with precision up to 0.00001% and low relative standard deviation values. Systems integrate combustion-based analysis and controlled detection workflows, supporting material characterization, process verification, and quality assessment in analytical and production environments.