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Driverless Vehicle Systems

Driverless vehicles are no longer a futuristic concept. With the incredible advancement of advanced driver assistance systems (ADAS), autonomous vehicles are very much part of the present moment.

Autonomous vehicles rely on radars and sensors to maintain safe and efficient driverless 'driving', including driver assistance technologies such as collision warning systems, automatic emergency braking, and lane departure warnings.

Industry requirements:

  • Low dielectric properties for radar transparency
  • Material and design solutions for radar absorbency
  • Excellent dimensional stability and low warpage
  • Excellent balance of mechanical properties
  • Resistance to exterior environments, including road salt, automotive fluids, thermal
  • cycling, and hydrolysis resistance
  • Improved laser-marking properties
Spotlight on Zytel® PA:
  • Outstanding heat, chemical, and electrical resistance
  • Excellent combination of toughness, stiffness, and dimensional stability
  • Good chemical resistance
  • Extensive material data available for
    anisotropic analysis
  • Enhanced laser marking solutions

Spotlight on Crastin® PBT:

  • Stiff, tough PBT thermoplastic
  • Superior electrical insulating properties
  • Resin of choice for cost-effective, high-performing automotive radar systems

Crastin® PBT and Zytel® PA offer benefits to support multiple radar system components:

Radome:

  • Improved radio transparency with low Dk and low Df
  • Excellent dimensional stability
  • Improved toughness
  • Superior hydrolysis resistance for hot and humid environments
  • Available laser transparent and with improved laser marking
  • Low warpage for higher dimensional control
  • Standard grade with good mechanical properties

Mounting Brackets Sensor Support:

  • Excellent combination of toughness and stiffness
  • Good chemical resistance
  • Extensive material data available for anisotropic analysis
  • Improved laser marking solutions available
Back Housing and Connector:
  • Higher thermal conductivity for heat dissipation
  • EMI shielding (depending on requirements)
  • Improved toughness
  • Superior hydrolysis resistance for hot and humid environments
  • Improved thermal-shock-cycling resistance
  • Available laser transparent and improved laser marking
  • Low warpage for higher dimensional control
  • Standard grade with good mechanical properties
RadomeRadar housingMounting brackets

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