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The Universal Selection Source:
Polymer Additives

Boron nitride is an excellent heat conductor and electrical insulator with overall cost reduction while improving physical properties at lower loading.

Application gallery

Boron nitride properties provide many benefits to thermoplastics to enable an efficient thermal conduction combined with electrical insulation:
  • Superior thermal conductivity - BN powders can increase thermal conductivity up to 10 W/mK in-plane
  • Heat dissipation
  • Effective electrical insulation - dielectric constant 3.9
  • Good dispersion
  • Soft and lubricious aspect - Mohs' hardness (=1.2)
These properties lead to:
Properties of Boron nitride

These benefits are valued in many applications to develop more performant and reliable parts to enhance end-user experience.

ELECTRONIC DEVICES

Heat dissipation is critical in electronic devices to ensure a durable and reliable device. Learn more about the benefits provided by Thermally Conductive Plastics in E&E devices.

MEDICAL DEVICES

Thermally conductive plastics contributes to safer and high performance medical devices. They also represent an excellent alternative to metal replacement.

CONSUMER ELECTRONICS

Download this technical paper to see how to provide reliability and comfort to the end user through efficient use thanks to BN electrical insulation to avoid electromagnetic shielding.

APPLIANCES

Break the codes and develop innovative parts aesthetically appealing: see how BN provides design and color freedom!

THERMALLY CONDUCTIVE HOUSINGS

Read this technical paper to understand the four reasons why you should use thermally conductive plastics to improve battery production and operation: it all leads to a production cost!

AUTOMOTIVE PARTS

Understand why thermal management is critical in automotive applications thanks to this infographic and watch this webinar recording to see how to increase miniaturization with more functionality!

LED

Read this case study and this technical paper to see how you can combine thermal management and electrical insulation to optimize LED development.

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