 Performance of the heat sink is strongly affected by its surroundings. |
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| ・The most suitable shape of a heat sink varies by the usage. Particularly, its performance is affected by setting direction, the space around, or whether it has a fan. We ask customers in detail about a purpose and using environment to propose the best shaped heat sink. |
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| We pursue a high-performance heat sink by thermal fluid analysis. |
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| ・We design a heat sink with good heat dissipation performance using thermal fluid analysis software. |
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| High performance and light weight can be compatible. |
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| ・Pure aluminum has a high thermal conductivity, so it is possible to design high-performance heat sinks with thin substrates. In many cases, both weight reduction and technology can be achieved. |
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| The fins used KAGA-SPC technology have high performance. |
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| ・By pressing with KAGA-SPC technology, the performance of heat sink can be improved even with ordinary fins. |
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| High thermal conduction connection technology |
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| ・The patented connecting technology of KAGA Heat Sink shows very high heat conduction. |
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