RDS_Lacktrockner_en - 第3页
3 The RDS drying systems are used predominantly for drying and hardening lacquers, adhesives and casting compounds. Not only do they ope- rate reliably and eciently , they also offer indivi - dual solutions for specic …
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Reliable drying performance
forms the basis for excellent results
A storm destroys up to 80% of hatching dragonies. They fall into the water, their wings
snap or the rain prevents them from hardening properly. Dragonies can often be seen
with mutilated wings, which is caused by a hatching error. It is only once the dragony
has survived its rst ight that it has a good chance of living to see the next four to
eight weeks.
This simple example from nature demonstrates the importance of an optimum drying pro-
cess. Depending on the chemicals used in their materials, electronic products have different
requirements as regards reliable hardening during manufacture. The RDS drying systems
from Rehm are congured individually according to the customer’s requirements. Numerous
basic principles of physics are taken advantage of are implemented, in order to make the
drying process as efcient as possible. We always accept the challenge of implementing
innovative technologies in the form of systems which are ready for series production and is
always happy to develop the best possible technological parameters together with the cus-
tomer during the conceptualization phase.
Drying |
Hardening
Versatile product portfolio
for optimum drying processes
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The RDS drying systems are used predominantly
for drying and hardening lacquers, adhesives
and casting compounds. Not only do they ope-
rate reliably and eciently, they also offer indivi-
dual solutions for specic elds of industry.
From sensitive applications in semiconductors
through to a complete conformal coating line
with built-in dispenser for the precise application
and drying of coating lacquers – we’re happy
to advise you on the individual possibilities
and system congurations we can implement
for your special requirements. The RDS drying
systems are flexible and offer sufcient scope
to execute applications from the most diverse of
application elds. Our mature technology covers
the processing of all common adhesives and
lacquers, electropastes, casting compounds,
casting resins and underll materials.
Heat transfer via convection and IR radiation
Flexible transport systems
Optimum proling
Exceptional energy eciency
Simple operation and process traceability
Minimal maintenance
Flexible, safe and ecient
Mature technology and expertise
Can be
perfectly
integrated
into the
line!
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Protective lacquer coatings increase the reliability and
service life of your products. They enhance the tracking
resistance of your components and provide protection
against environmental inuences such as moisture,
corrosion, chemicals and dust. Casting compounds reduce
mechanical stress, for example vibrations on the component.
These materials need to be hardened reliably so that they
can later work without any problems in end devices in the
automotive industry, medical technology or security-related
modules in aerospace technology. The lacquer determines
the process! Depending on the coating material, convection
(i.e. moving warm air) is used in the drying process, or infrared
radiation as an addition in the combination heating process
for particularly flexible proling. In the process, temperatures
up to a maximum of 250 °C are used for optimum hardening
of the components, depending on the product and process
requirements.
The perfect system for every application
Endless opportunities with the RDS
Industrial elds
Hardening and drying technologies for cleanroom
requirements in the semiconductor industry
Hardening of adhesives, lacquers, casting resins,
casting compounds, silicone gel etc.
Drying process for
protective lacquer coating
RDS areas of application
Glass | Glob top applications | Hardening of electropastes | Chip-scale packaging | Hardening of
protective lacquers| Burn-in of resistor pastes | Hardening of casting compounds | Hardening of
adhesive lacquers and adhesives | Hardening of green tape/ceramic blanks | Hardening of compo-
nent encapsulations | Flip-chip processes | Drying processes in hybrid metallisation | Cleanroom
requirements | Hardening processes in hybrid production | Hardening of resistor pastes in thick-lm
technology | Hardening of underll materials | Hardening of casting resins | Cavity ll for BGA housing