 | | New TP-S30 thermal interface pads from MH&W International provide 3.0 W/mK of thermal conductivity between hot components and heat sinks at lower costs than competing gap filler materials |
| A thermally conductive, electrically isolating silicone film with a reinforcing fiberglass layer for tear and cut-through resistance |
| Keratherm 86/77 provides electrically conductive bonding sites on a flexible, thermally conductive material that can be attached to non-linear, heat spreading structures |
| U 90 thermal interface material where contamination concerns prohibit the use of silicone-based thermal pads, but where high levels of thermal conductivity are needed |
| U 90 thermal interface material where contamination concerns prohibit the use of silicone-based thermal pads, but where high levels of thermal conductivity are needed |
| Keratherm KL 90 highly thermally conductive, double-sided adhesive tape which provides 1.4 W/mK of thermal conductivity ñ nearly three times higher than other thermal tapes ñ for more effective heat transfer from hot components to heat sinks |
| New Magnetec Cool Blue® nanocrystalline serve as common mode chokes to reduce the build volume of damaging motor bearing currents in high power inverter systems and turbines |
| U 90 thermal interface material where contamination concerns prohibit the use of silicone-based thermal pads, but where high levels of thermal conductivity are needed |
| TP-S3LS pads contain less than 50 parts per million of silicone while providing 3.0 W/mK of themal conductivity between hot components and their heat sinks |
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