Carbon and Sulfur Analyzer LE-CSA102

Carbon and Sulfur Analyzer LE-CSA102

Lab Expo Carbon and Sulfur Analyzer LE-CSA102 is designed for enhanced precision and reliable measurement. It completes analysis within 25 to 45 seconds, ensuring efficient and timely detection of carbon and sulfur content. Equipped with an ultra-micropore stainless steel filter that resists corrosion and allows long-term, maintenance-free performance. Our Carbon and Sulfur Analyzer is well-suited for accurate elemental analysis in metal production, mineral processing, and laboratory research.

$28,224.00 $ 23520

Carbon and Sulfur Analyzer LE-CSA102 - Specifications

Carbon Measurement Range C1: 0.00002% to 0.5% C2: 0.05% to 99.9%
Sulfur Measurement Range S1: 0.00002% to 0.5%S2: 0.1% to 60%
Relative Standard Deviation Carbon: ≤ 0.04%Sulfur: ≤ 1%
Sensitivity 0.1 ppm
Analysis Time 25 to 45 seconds
High-Frequency Furnace Power 2.0 kW
High-Frequency Furnace Frequency 18 MHz

Carbon and Sulfur Analyzer LE-CSA102 - Key Features

  • High-frequency furnace power 2.0 kW with precise control
  • Sensitivity detection limit at 0.1 ppm for trace analysis
  • Analysis time completion within 25 to 45 seconds per sample
  • High-frequency furnace frequency operating at stable 18 MHz

Carbon and Sulfur Analyzer LE-CSA102 - Applications

FunctionImplementation
Metal production labs0.5% upper S1 range supports base-level sulfur quantification
Mineral processing facilities60% upper S2 range enables high-concentration sulfur testing
Research laboratories25 to 45 seconds analysis time allows rapid sample throughput
Quality control units≤ 0.04% carbon RSD ensures repeatable analytical precision
Industrial testing sites2.0 kW furnace power drives consistent combustion efficiency

Carbon and Sulfur Analyzer LE-CSA102 - Catalog


Carbon and Sulfur Analyzer LE-CSA102

Carbon and Sulfur Analyzer LE-CSA102

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.