For
finematerial and accurate analysis solderability of soldering materials
for electronic part.
WET-6100 is also good for the evaluation
of Pb-free soldering materials, which have been the focus of attention
these days.
Compliant with both National and International standard.
Wetting test and evaluation of solder paste for electronic
chips in the temperature profile similar to that used for reflow soldering.
Quick wetting test and evaluation of solder paste for
electronic chip by rapid heating method
Wetting test and evaluation of solder paste for electronic
chips and through-holes using an
aluminum block and soldering globule.
PC-base anlysis including wetting time, wetting force,
wetting angle and surface tension as well as multiple display of measured
data.
Wetting test and evaluation in N2 atmosphere.
Applicability to dipping test and solder spreading test.
Operation
:
The
wetting balance method, primarily aimed at inspecting solderabillity
of flow soldering, has been used over 20 years. An optional N2 chamber
and a preheating block are also available. Compliant
with JIS C0053 MIL-STD-833
In this method,
a solder globule is used to cope with the difficulty involved in the
wetting evaluation between molten solder and surface-mounted devices.
Two kinds of globule heating blocks are prepared for sample size adjustment.
Wetting test and evaluation concerning through-holes are also possible. Compliant
with EIA ET-7401
With a test sample
heated from above and bottom, a temperature raising process similar
to that used in reflow soldering is realized for practical wetting
test and evaluation.
Testing in N2 atmosphere is also possible. Compliant
with EIAJ ET-7404
For quick test
and evaluation, solder paste and a surface-mounted device, which are
brought together, are dipped and rapidly heated in molten solder. Compliant
with EIAJ ET-7404
Software :
Application software
for finematerial and accurate analysis solderability of soldering
materials.
Measuring conditions
Collective output
Superimpose display
Average data curve