Trace Heavy Metal Analysis: Accurately measures trace heavy metals in samples ICP7800 Model: Industry-standard plasma emission spectrometer for precision analysis.
Product Description
Product Introduction
The ICP7100 Wide-Scan ICP-OESis a high-performance analytical instrument designed for elemental analysis across diverse industries. Built for reliability, automation, and precision, it combines advanced plasma technology with an optimized optical system to deliver accurate, stable results for complex sample matrices.
Product Features
1.Four Observation Modes: Supports axial, radial, bidirectional, and simultaneous bidirectional observation, enabling flexible detection for elements with varying concentrations (from trace to high levels).
2. Fully Digital Dual-Power RF Supply: Delivers robust sample adaptability, with a self-exciting RF generator offering fast matching speeds and high power load capacity—capable of directly analyzing 100% toluene samples.
3. Automatic Tuning & Water-Cooled Dissipation: Eliminates moving parts for seismic and anti-interference performance, ensuring stable operation even with complex, power-switching sample analysis workflows.
4. Thermostatic 3D Optical System: Minimizes reflections and light energy loss, enhancing sensitivity and long-term measurement consistency.
5. Built-In Hydride Generation Interface: Supports automatic reaction liquid addition, concentration control, and injection pipeline cleaning, ideal for analyzing hydride-forming elements (e.g., As, Se, Hg).
6. Comprehensive Correction Capabilities: Equipped with multiple interference correction methods and real-time background correction to eliminate spectral and matrix interference.
7. Optional Autosampler: Streamlines high-throughput analysis with automated sample handling, reducing manual labor and improving reproducibility.
Advantages
1. Fully Automated Operation: Reduces human error and supports unattended analysis workflows.
2. Accurate & Reliable Measurements: Advanced correction algorithms and a stable optical system ensure data precision
3. High Stability: Robust RF and cooling systems deliver consistent performance over long operational periods.
4. Enhanced Safety: Designed with safety mechanisms to protect both the instrument and the user during complex analyses.
Applications
- Petrochemical analysis (elemental composition of fuels, oils, and additives)
- Food and drug safety testing (heavy metal contamination detection)
- Rare earth metallurgy and tungsten-molybdenum alloy analysis
- Energy sector (power plant water, battery material testing)
- Geology (rock, soil, and mineral elemental profiling)
- Environmental protection (water, wastewater, and soil pollutant monitoring
