Heat Transfer

The EMS family of titanium based brazing foils has been developed to address the technical challenges of brazing titanium and titanium alloys. Brazing applications include jet engine exhaust, aerospace and industrial heat exchangers. Brazing filler in foil form provides more consistent joint quality than braze powder which is prone to particle size variation. Additionally, no binder is required (binder variability can cause uneven powder deposition).

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Increasing heat concerns in cell phones and other hand held devices or higher power electronics are pushing the limits of heat sink technology. Copper or aluminum clad stainless offers better thermal performance while not sacrificing weldability or aesthetics.

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Increased heat and thermal dissipation requirements demand new cooling solutions designed around current automotive systems. Copper Clad Aluminum up to 7mm in thickness can solve many of these needs.

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Cladding copper to an Invar (36 Ni, balance Fe) core produces a constraining metal layer well known to the electronics packaging, heat sink and printed wiring board industries. This material is mil certified and the preferred constraining layer of choice for demanding electronics applications.

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Improving LED lighting reliability is possible by removing excess heat using copper clad heat sinks.

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