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Shield resin molded products Product List

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Lightweighting and cost reduction through the use of plastics around automotive ECUs [ECM measures].

Currently, metal housings/cases are mainstream for vehicle-mounted ECUs. By changing this to resin, weight reduction and cost savings can be achieved.

In-vehicle ECUs typically use metal cases made of aluminum or copper. While metal shielding ensures robustness and excellent EMC measures, it poses significant challenges in terms of weight and cost. With the electrification of vehicles, the imperative of "how to lighten the body and extend the driving range" is unavoidable, and the demand for lightweight solutions is high. Sekisui Techno Molding's approach enables weight reduction by converting from metal to resin (approximately 45% reduction for the same shape). It also allows for design freedom through resin molding and cost reduction via mass production. While many resin products are inferior to metals in terms of heat dissipation and electromagnetic wave (noise) control, Sekisui Techno Molding's resin products ensure these functions. ■ Thermally conductive resin molded products (focused on heat dissipation) - Reduction of product temperature rise through heat diffusion - Weight reduction, improved design freedom, and mass production by replacing metal products ■ Heat dissipation and electromagnetic wave shielding resin molded products (balancing heat dissipation and electromagnetic wave shielding) - Reduction of product temperature rise through heat diffusion - Electromagnetic wave shielding performance through conductivity - Weight reduction, improved design freedom, and mass production by replacing metal products With Sekisui Techno Molding's comprehensive system, we consistently support our customers from planning and prototype development/verification to mass production and sales to realize their ideals.

  • plastic
  • Shield resin molded products

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Resinization of HMI, HUD, and clusters, reduction of component count [heat dissipation, EMC]

Integration of components in HMI, meter clusters, HUD, and CID for process shortening and weight reduction. Achieving complex shapes with large housings. Reduction of EMC countermeasure materials.

In recent years, advanced electronic integration of in-vehicle HMI, meter clusters, HUDs, and CIDs has progressed. As a result, the complexity of housings has increased, and necessary functions are being addressed through combinations of numerous components. By implementing thermal management and electromagnetic wave countermeasures with resin, we achieve process shortening and component reduction through material integration. By converting metal components, such as aluminum, which are primarily used as main materials, into resin, weight reduction is possible (approximately 45% down for the same shape). There are also expectations for cost reduction through the freedom of shape provided by resin molding and mass production. While many resin products are inferior to metals in terms of heat dissipation and electromagnetic wave (noise) control, Sekisui Techno Molding's resin products ensure these functions. ■ Thermal conductive resin molded products (focused on heat dissipation) - Reduction of product temperature rise through heat diffusion - Weight reduction, improved design flexibility, and mass production by replacing metal products ■ Heat dissipation and electromagnetic wave shielding resin molded products (balancing heat dissipation and electromagnetic wave shielding) - Reduction of product temperature rise through heat diffusion - Electromagnetic wave shielding performance through conductivity enhancement - Weight reduction, improved design flexibility, and mass production by replacing metal products

  • plastic
  • Shield resin molded products

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Heat dissipation and electromagnetic wave countermeasures for resin parts in automotive HMI.

Heat dissipation and electromagnetic wave countermeasures in HMI

In recent years, the advanced electronicization of in-vehicle HMIs has been progressing. As a result, measures against heat and electromagnetic waves, which were previously unnecessary, are now required. By switching from conventional general-purpose resins to heat dissipation and electromagnetic wave countermeasure resins, it is possible to address these issues with resin without significant changes to processes or designs. While many heat dissipation resins compromise moldability in exchange for performance, our resin, developed primarily from polypropylene, achieves usability that is not significantly different from general-purpose resins. We provide it as a material that can be utilized with existing molding equipment. ■ Heat-conductive resin molded products (focused on heat dissipation) - Reduction of product temperature rise due to heat diffusion - Lightweighting through substitution of metal products, improved design flexibility, and mass production ■ Heat dissipation and electromagnetic wave shielding resin molded products (balancing heat dissipation and electromagnetic wave shielding) - Reduction of product temperature rise due to heat diffusion - Electromagnetic wave shielding performance through the addition of conductivity - Lightweighting through substitution of metal products, improved design flexibility, and mass production

  • plastic
  • Shield resin molded products

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