Key Markets
Recycled Materials & Battery Components
Obtain accurate, cost-effective analysis of new battery components as well as electronic recycling waste
Multi-element analysis for wide range of recycled and starting materials
- Quick and accurate multielement analysis of wide range of materials
- High matrix tolerance of N₂ plasma simplifies measurements
- Low maintenance design (no chiller required) significantly lowers cost of operation
MICAP-OES 1000
Features & Benefits
What can our instruments do for you?
- Use robust nitrogen plasma with superior matrix tolerance.
- Simultaneous measurement for fast analysis times.
- Smallest footprint and light-weight design.
- Reduced running cost/analysis.
- Easy-to-use Windows-based graphical user interface of RIS software package.
- The ability to display, store and recall spectra for every sample analyzed data display and reprocessing, without the need to rerun samples (original data is unchanged).
- Automated robust wavelength accuracy algorithm to ensure wavelength stability for extended sample runs.
Resources
Prodcut Literature
Application Note
Metals in Recycled Li-Ion Battery Components
This note describes the use of the simultaneous MICAP™ OES-1000 N₂ ICP-OES system for routine analysis of shredded LiBs (known as black mass) processed with an acidic leach step.
Metals in Recycled Li-Ion Battery Components
Application Note
Trace Elements in Li-Based Battery Cathodes
This note describes the use of the simultaneous MICAP™ OES-1000 N₂ ICP-OES system for the analysis of major and impurity elements in binary and ternary Li-based cathodes.
Trace Elements in Li-Based Battery Cathodes
The Technology That Changes Everything
