Aluminum Nitride(AlN)

Aluminum Nitride Ceramic Heat-Spreader Base

Send your drawing, dimensions, tolerance requirements, quantity and operating conditions for an engineering review and custom quotation.

Request Engineering Quote
Contact Us

Aluminum Nitride Ceramic Heat-Spreader Base

This custom aluminum nitride ceramic base provides a thermally conductive and electrically insulating platform for power electronics, semiconductor modules, LEDs and precision equipment.

Applications

  • Power modules and electronic packages
  • LED and laser heat spreaders
  • Semiconductor equipment
  • Electrically insulating thermal bases

Why Aluminum Nitride?

AlN transfers heat efficiently while maintaining electrical isolation. Its relatively low thermal expansion supports assemblies containing sensitive electronic or semiconductor components.

Custom Manufacturing

Diameter, thickness, mounting holes, center holes, recesses and locating features can be produced according to drawings. Flatness and heat-transfer surfaces should be clearly specified.

FAQ

Can mounting holes be customized?

Yes, custom hole layouts and profiles can be evaluated.

Can surfaces be precision finished?

Grinding, lapping or polishing may be available depending on requirements.

Request a Quote

Send your heat-spreader drawing, quantity and operating conditions.

Engineering Information for Custom Aluminum Nitride Ceramic Heat-Spreader Base

For a faster manufacturability review and accurate quotation, please share the engineering requirements that define the function, quality and production volume of this component.

  • 2D drawing or 3D model with critical dimensions and datum references
  • Operating temperature, electrical, chemical, pressure and wear conditions
  • Required tolerances, flatness, roundness, surface finish and inspection criteria
  • Prototype quantity, annual demand, target delivery schedule and packaging needs

Our engineering team reviews material selection, ceramic machining allowances and inspection requirements before confirming the production route.

Scroll to Top