It doesn't break because it doesn't burn ceramic
Create flexible and highly integrated materials
Using the inkjeting process to laminate and create a three-dimensional device
It is a new concept of ceramic element manufacturing method that does not bake ceramic.
It is a technology that makes materials that are unbreakable, flexible, and highly integrated.
5G
The most important factor in 5G is attenuation!!
When a very high frequency occurs, the signal is attenuated depending on the material of the substrate. This problem can be solved by ceramic additive sintering, which uses ceramic nanoparticles to make low-viscosity ink and forms a dense three-dimensional network using the Inkjeting process. do. Ceramic material is not baked, so it can be made flexible without breaking, and since it contains 50 to 80% of ceramic, most of the electromagnetic properties of ceramic material are expressed.
High Integrated Module
The 4th industrial revolution, where 5G, iot, and AI are combined, results in a variety of smart content. Mobile devices or materials that use various contents must be small in size, require a large number of sensors, and must be small in size. For this, high integration of parts or elements is required.
Autono 디지털 소프트웨어
Autono가 독자적으로 개발한 내장 앱으로 실시간 정보와 정확한 상황 판단을 근거로 한 의사 결정을 재빠르게 제안하여,
운전자와 탑승자에게 더 안전한 자율주행 환경을 제공합니다.
Ceramic material is not baked, so it can be made flexible without breaking, and since it contains 50 to 80% of ceramic, most of the electromagnetic properties of ceramic material are expressed. As a ceramic, it is a very innovative property that can expand the scope to areas that ceramics have not pioneered until now.
Flexible
heat dissipation
In IoT, the signals must be exchanged seamlessly between sensors 24 hours a day, but since there is a lot of information in and out, heat is generated in the circuit, and this heat is the main culprit that weakens the function of the sensors. CRHM's Addictive sintering has 1,000 times higher thermal conductivity than conventional epoxy materials and has two functions: a thermal conductive film and an insulating film. In addition, using CRHM's inkjet process, you can directly place a heat conductive film and an insulating film on top of the heat sink.