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S-Bond Joining Applications
The advantages and capabilities of S-Bond technology enable
it to be considered for a wide range of applications. S-Bond
alloys can join many materials and is very effective in dissimilar
material joints, including:
- all metals
- metal matrix composites
- carbon (graphite / diamond) |
- most ceramics
- glasses
- ceramic composites |
S-Bond is an active solder provides a metallic, thermally
and electrically conductive joint that is tough and has sufficient
ductility to joining many dissimilar materials. It is a lower
temperature joining process as compared to brazing (used for example
in joining aluminum alloys and in metal-to-glass or ceramic joints)
and may offer advantages when joining larger thermal expansion
(CTE) mismatch materials. It is a lead free alternative joining
materials and flux-free process with no volatile organics (V.O.C.'s)
or long cure time. Premetallizations are also not required on
many joints, providing an economic advantage over multi-step solder
joining. With these advantages, S-Bond joining is finding
applications in:
- electronics cooling devices
- opto-electronics
- heat exchangers
- aluminum tooling
- glass:metal seals
- sports equipment |
- electronic packaging
- electronic power modules
- magnets
- aluminum matrix composites
- housewares
- satellite components |
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· Refrigeration components
· Sputter targets
· Automotive electronic packaging
· Precision high-speed equipment
· Electrical insulators
· Sensors
· Die Attachment
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Please refer to our Literature
Download Center for additional and new applications. Many
new applications are emerging
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