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Conduct Research Top

  • Thermally conductive polymers delete the heat
    The conventional plastic shown on the left can't spread or dissipate heat, resulting in a localized hot spot. Conversely, the thermally conductive plastic, CoolPoly, (on the right) uniformly spreads heat, giving a more isothermal profile across the part. CoolPoly also dissipates the thermal energy
  • No-static plastics
    by Westlake Plastics Co., Lenni, Pa., are machined into various components shown here. Surface resistivity is the common measurement of a plastic material's ability to dissipate an electrostatic charge across its surface. It is equal to resistance times the perimeter of the electrodes divided by the gap
  • Plastics for the long haul
    C unfilled POM-H had 40% more dimensional change than unfilled POM. Alfmeier Corp., Treuchtlingen, Germany, avoided electrostatic loads in the tank filler necks it produces at its Greenville, S.C., plant for DaimlerChrysler by using electrically conductive grades of Celcon and Hostaform acetal
  • Designing to beat the heat
    A new family of polymers can replace metals, ceramics, and conventional plastics in heatsensitive applications. Edited by Jean M. Hoffman The choice of plastic used in the bobbin is dictated by how hot the winding gets during service. With thermally conductive plastics, heat generated
  • Designing to beat the heat
    A new family of polymers can replace metals, ceramics, and conventional plastics in heatsensitive applications. The choice of plastic used in the bobbin is dictated by how hot the winding gets during service. With thermally conductive plastics, heat generated by the winding spreads throughout
  • Managing Heat Transfer With Potting Compounds
    and require additional power to operate. Molded plastics are used in place of metal enclosures due to cost control and weight savings. In most cases, these plastics are not as effective at transferring heat away from its source. Thermally conductive potting compounds are an effective way to control
  • Conductive Adhesives for Thermal Management: Case Study Issues in Hybrid Microelectronics and Plastic IC Packaging (.pdf)
    This paper discusses silver filled and boron nitride filled epoxies for heat-sinking and thermal transfer. Case studies of thermal resistance calculations have been presented with comparisons made against eutectic die-attach.
  • Medical Device Link .
    tested a prototype of the LCP against an aluminum prototype to ensure that the plastic would meet heat transfer requirements. The company's line of thermally conductive plastics is available in a variety of base resins and ranges in thermal conductivity from 2 to 100 W/mK. Low fluorescent adhesives

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