Prepares: • Glass disks for XRF • Solutions for AA and ICP analysis
Processes: • Oxides • Cement, ceramic, slag, glass, silica, carbonates • Mining and geological samples • Sulfides, fluorides • Polymers, catalysts • Pure metals, ferroalloys and other alloys • Samples containing high volatile elements
Distinguishing features: • Uses propane or LP gases only • Computerized • Automatic ignition & flame watching system • Specially designed burners for heating uniformity
SUPERIOR ANALYTICAL ACCURACY
The crucibles rotate while inclined
Efficient agitation and superior homogenization of the melt in less time.
Specially designed burners
Consistent flame and temperature control
(100 heating levels)
No temperature booster required
Stable flame, especially at high and lowtemperatures.
Uniform heating for reproducible results.
Retention of volatile elements.
High-performance at high altitudes.
All fusion parameters can be modified: gas flow, mixing speed and amplitude, function duration, crucible angle & cooling air flow
Efficient development and optimization of fusion techniques.
Air/oxygen injectors in the crucibles (optional)
Enhanced sample oxidation in the case of carbon-bearing samples.
Non-wetting agent injector (optional)
Prevention of non-wetting agent evaporation during fusion process.
USER-FRIENDLY
Ten independant and user-customizable fusion programs available
Assistance with method development.
Can be linked to a computer
Easily adaptable software
Creates, stores and recalls methods, notes and detailed sample information.
999 recipes available via computer.
Fully automatic
Automatic ignition and flame-watching system
Approved CSA Norms
Operates free of supervision.
ECONOMICAL
Easy installation
Uses propane or LP gases only
Prepares 3 samples at a time
One-burner-per-sample design
Individual burner selection
No compressed air or oxygen required
Low energy consumption.
Low operation costs.
Allows fusion of a wide variety of samples
Prepares glass disks and solutions with one instrument