Technial Parameters of IC6200 Ion Chromatography Instrument
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Product Name
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IC6200 Ion Chromatography Instrument
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System Parameters
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Qualitative repeatability
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≤0.5%
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Quantitative repeatability
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≤1.0%
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Pump System
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Pump material
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PEEK
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Pump flow rate
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(0.001~10.000) mL/min
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Pump head pressure resistance
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(0 ~ 35) MPa
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Flow rate setting inaccuracy
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<0.1%
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Flow stability
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<0.1%
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Pressure display accuracy
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0.01Mpa
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Pressure pulsation
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<0.5%
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Conductivity Detector
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Baseline noise
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≤0.1%FS
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Baseline drift
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≤0.5%FS
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Minimum detectable concentration (Cl)
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≤ 0.0002ug/mL
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Minimum detection concentration (Li)
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≤ 0.0001ug/mL
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Conductivity cell volume
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≤ 0.6μL
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Conductivity detection range
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0-15000μS/cm
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Detector resolution
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0.00238nS/cm
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Conductivity cell temperature setting error
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±0.01°C
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Suppressor
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Constant current source range
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0~500mA in 0.1mA increments
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Column Oven
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Temperature range
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room temperature: +5°C~85°C
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Control temperature stability
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≤ 0.1°C
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Autosampler
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Injection Bits
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48/120
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Refrigeration temperature range
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4-30°C
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Repeatability
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Full loop injection < 0.3% RSD,
Partial injection < 0.5% RSD,
Non-destructive injection < 1 % RSD (injection volume > 5uL)
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Linearity
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>0.999
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Cross-contamination
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<0.01%
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Eluent Generator
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Flow rate range
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0.001~3.000mL/min
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Software
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Self-developed SmartLab
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Key Advantages of IC6200 Ion Chromatography Instrument
Precision PEEK Material Ion Chromatography Pump
Fully PEEK pump head, resistant to acids, alkalis and reversed-phase organic solvents, avoiding metal contamination.
Both of the pump head and drive system are use suspension technology, which significantly extends the life of seals and reduces the cost of use and maintenance.
Tandem dual-plunger mode with electronic pulsation suppression technology provides high precision, low pulsation, and low drift eluent.
With high and low voltage protection function, instantly protect the whole analyzing and detection system.
All-plastic non-metallic flow path
All PEEK pump.
PEEK motorized injection valve.
Eluent storage tank, liquid piping and joints are made of acid and alkali corrosion-resistant materials such as PEEK, PTFE and PP.
All-plastic colorful high and low pressure liquid line piping, easy to identify.
Applications of Ion Chromatography in the Chemical and Petrochemical Industries
1. Quality Control and Product Analysis
Ion chromatograph is widely used to ensure the quality and consistency of chemical products and raw materials.
Purity Analysis: Ion chromatograph is employed to determine the purity of chemicals by detecting trace levels of ionic impurities, such as chloride, sulfate, and sodium, which can affect product performance.
Additive and Catalyst Analysis: Ion chromatograph can quantify additives and catalysts in chemical formulations, ensuring they are present at optimal concentrations.
Polymer and Resin Analysis: Ion chromatograph is used to analyze ionic contaminants in polymers and resins, which can impact their mechanical and chemical properties.
2. Process Monitoring and Optimization
Ion chromatograph plays a crucial role in monitoring and optimizing chemical and petrochemical processes.
Reaction Monitoring: Ion chromatograph can be used to monitor the progress of chemical reactions by measuring the concentrations of reactants and products in real-time.
Corrosion Control: Ion chromatograph helps detect corrosive ions, such as chloride and sulfate, in process streams, enabling timely intervention to prevent equipment damage.
Water and Steam Analysis: In power plants and refineries, Ion chromatograph is used to analyze boiler feedwater, steam condensate, and cooling water for ionic contaminants that can cause scaling and corrosion.
