6G and Beyond...
In the new smart environment including 6G communication, cyber-physical systems, IoT, industrial internet of things, cloud computing, and artificial intelligence (AI), low-volume manufacturing of highly integrated and functional modules will be required. Inkjet printing process with ceramic inks can satisfy the requirement. We expect that industry of ceramic materials and inkjet printing process will increase a lot in the smart environment for 6G and beyond
ABOUT US
Combined, highly integrated, flexible, and good heat dissipation modules/devices are required along with advent of the fourth industrial revolution. Our goal is to make such modules by using inkjet printing process. We develop various ceramic inks. The reason why we use ceramics is as follows: Ceramics have a good heat dissipation property and can be flexible when they are unbaked.
In the new industrial environment, low-volume manufacturing of highly integrated and functional modules is highly required. In our company, low-volume manufacturing is possible because we use drop-on-demand method and additive manufacturing of inkjet technology. We can control ink droplet deposition accurately only on the needed place, which makes production at a low cost be possible, maintaining of robust quality in every production.
Resume of JongHee Kim (Founder & CEO)
Experience
2017–Present CEO, CRHM
2017-Present Research Professor, Sungkyunkwan University
2004–2016 Senior Director, Korea Institute of Ceramic Engineering and Technology (KICET)
1995-2004 Director, Samsung Electro-Mechanics
1994-1995 Senior Research Engineer, Korea Institute of Science and Technology (KIST)
1989-1991 Senior Research Engineer, New Ceramic Institute
1979-1985 Research Engineer, Agency for Defense Development
Education
1991-1994 Ph. D. in Material Science & Engineering, Tokyo Institute of Technology, Japan
1985-1987 M. S. in Material Science & Engineering, University of Washington (Seattle), USA
1975-1979 B. S. in Material Science & Engineering, Hanyang University, Korea
Award
2001 Award for Technological Progress by The Korean Ceramic Society, Development of Ceramic Additive Components
2000 Korean President’s Award, Development of Ultra-high Capacitance MLCC
1999 Award by Ministry of Trade, Industry and Energy (Korea), Development of Nickel Electrode MLCC
Selected Research Papers
2023 Alumina-Epoxy-Pore Composites Fabricated by Inkjet Printing for Wireless Communication Technology, Adv. Mater. Interfaces 2023, 2300890
2018 Inkjet Printing of SiO2 Hollow Spheres/Polyimide Hybrid Films for Foldable Low-k ILD, Macromolecular Research 26, 1123
2017 All-Inkjet-Printed Flexible Piezoelectric Generator made of Solvent Evaporation Assisted BaTiO3 Hybrid Material, Nano Energy 41, 337
JongHee Kim (Founder & CEO)
History of CRHM
2017
- CRHM founded by Jong-hee Kim
2018
- Patent registered for heat-dissipating PCBs using inkjet printing
2019
- Established CRHM Corporate R&D Center
- Joint patent registered for 3D printing ink technology
2020
- Participated in a National R&D Project (TIPS Program)
2021
- Participated in a National R&D Project
(Materials and Components Development Program, 3-Year Project)
2023
- Developed 14 GHz and 28 GHz antennas
- Developed high-frequency bandpass filters and bypass capacitors
2024
- Participated in a National R&D Project
(Materials and Components Development Program, 5-Year Project)
2025
- Patent registered for low-dielectric-constant and low-loss thick-film substrates for millimeter-wave applications
2026
- Patent registered for low-dielectric-constant and low-loss materials and components using inkjet printing
- Patent registered for high-thermal-conductivity dielectric substrates using inkjet printing