10
Fusion sequence
When the user instructs the K1 Prime to launch the actual fusion, all heating steps
are automatically started in sequence. Temperature is constantly monitored and
displayed.
Once the flux is molten (after a programmable time), a back-and-forth rocking of
the crucible heater continuously mixes the flux with the sample.
The liquid flux starts dissolving the sample. When all sample is dissolved (after the
programmed time), the crucible heater tilts forward and the crucible pours its
contents into the mold.
If set so in the fusion program, it is possible for the now-full mold to be re-heated
by its heater, before the final cooling. (This operation is called
annealing
and is
needed in very special cases only.)
A blower located underneath cools the mold; when the mold is completely cooled,
the user picks up a perfectly homogenous glass bead, ready for analysis by XRF.
For solution preparation, the hot melt is poured into an unbreakable beaker
(instead of a mold), which contains a dilute acid that is automatically stirred by a
magnetic system (optional).
Some fusion types, such as peroxide and pyrosulfate, do not even require
pouring. The K1 Prime is also designed for such fusions, where the whole crucible
is dipped into an acid, after the fusion, to prepare a solution by leaching.
Main features
of the Katanax
K1 Prime
Accuracy
Entirely automated
Fully reproducible fusion methods
Real-time temperature display
Safety
Integrated safety shield
No gases used, so no post-combustion toxic products released
Minimal heat dissipation; no need for a powerful vent hood
Versatility
Makes glass disks for XRF, as well as peroxide or pyrosulfate fusions
With optional solution agitation module, can also prepare solutions
Ready to fuse with built-in methods for oxides, minerals, metals, alloys, sulfides,
fluorides and more
Can perform solid oxidations
Can be used at both 120 and 240 VAC (voltage selection at the back of the
instrument)
Can be connected in any standard outlet (consumption is lower than 1300 W)
Fully customizable fusion methods
USB connectivity
Summary of Contents for K1 PRIME
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