thermal ceramic pcb substrates substrates for electronics

Rocket PCB is good at process aluminium oxide ceramic-based copper clad laminate, alumina ceramic laminate, LED ceramic laminate, Al2O3 ceramic laminate, high thermal conduction ceramic PCB, ceramic-based CCL PCB

The ceramic-based board relies on ceramics as a matrix material and fabricates electronic parts of metal circuits thereon. it's an imperative basic material for module packaging in the electronic field. Ceramic substrates refer to the special method of copper foil bonding on to the surface of alumina (AL2Q3) or Al nitride (AlN) ceramic substrates (single or double sides) at high temperature. The ultra-thin composite substrate has wonderful electrical insulation, high thermal conduction, wonderful solderability and high adhesion strength. It will etch numerous patterns like PCB board and has nice current carrying capability. Therefore, the ceramic substrate has become the fundamental material of high-powered electronic circuit structure technology and is that the most suitable option for high-powered LED, power devices, microwave devices, automotive electronics, high-frequency devices, solar cell modules and alternative applications.

Ceramics are superior to other printed circuit boards

  ◪   Strong mechanical stress, stable shape; high strength, high thermal conductivity, high insulation; strong bonding force, anti-corrosion

  ◪   Excellent thermal cycle performance, 50,000 cycles, high reliability

  ◪   Like PCB board structure (or IMS substrate) which can etch various graphics, it is pollution-free

  ◪   The temperature range is - 55 C to 850 C, and the thermal expansion coefficient is close to silicon, which simplifies the production process of power module

               

Consumer electronics

               

Automotive electronics

               

Communications

               

Energy

               

Industrial & Instrumentation

               

IOT/Smart Home

               

Medical electronics

               

Security Industry