IR Carbon Sulfur Analyzer is developed for the accurate and safe analysis of carbon and sulfur in inorganic samples. It can rapidly and accurately conduct content determination of carbon and sulfur in materials like steel, iron, alloy, nonferrous metals, etc. This is a high-tech product that integrates optical, electrical, computer, and analytical technology into one. Used in Mining, Construction Material, Food, Geology, Commercial Inspection, Automotive, Aviation, Steel Products, Minerals, Non-Ferrous Metals, Non-Ferrous Metal Alloys, Inorganic Materials, Research. Also known as Laboratory IR Carbon Sulfur Analyzer.
Carbon Measurement Range : 0.00001% - 99.99999% Sulphur Measurement Range : 0.00001% - 99.99999% Carbon Analysis Precision : RSD≤0.5% Sulphur Analysis Precision : RSD≤1% Carbon Detection Point : C Pond (can add low C Pond) Sulphur Detection Point : S Pond (can add low S Pond) Carrier Gas : Oxygen: Purity ≥99.5% , Pressure: 0.18 MPa ±5% Operation Gas : Oxygen: Purity ≥99.5% , Pressure: 0.18 MPa ±5% Time of analysis : 20 to 60 seconds adjustable (Usually 35 seconds) Sensitivity (The minimum readings) : C/s 0.1 ppm Dimension : 540x600x800 mm Weight : 80 kg Sample weight : 0.5 g Power Supply : AC 220 V ±5%, 50 Hz ±2%
More From Clinical Laboratory Analyzer & Equipment
DW-TEK8520 is semiconductor laser scattering combined with cytochemical staining technology to achieve accurate five-classification of white blood cells, 5-part differentiation, 27 parameters 1 Scattergram, 4 Histograms Up to 90 samples per hour Optical solid state LASER scattering High efficient light collector (patented) 12.1″ TFT Touch Screen Original reagent, control and calibration. Easy to operate: Friendly and Intellective Software.Auto sample for option.
Hematology analyzers are used to count and identify blood cells in patients. Automatic hematology analyzer provides quantitative analysis of a patient’s blood components at high speed with accuracy to protect their health.
Semi-auto chemistry analyzers are faster, more precise, cheap, and more compact as compared to fully automated analyzers, widely applied to various hospitals and research institutes, with the characteristics of high precision, excellent repeatability, and complete function.