About Us

Built on thermal-fluid engineering expertise to set a new standard in cooling technology.

Company

FRIGUSON Inc.

Under the mission of "General Purpose Technology for Cooling," FRIGUSON develops high-efficiency, low-carbon thermal management technology that solves the heat dissipation challenges of ultra-high-density electronics. Through full-cycle R&D spanning theory, experimentation, design, manufacturing, and verification, we are building Direct-to-Chip (D2C) system technology that goes beyond the domestic level to a world-class standard.

Vision: From a one-person startup to a global deep-tech cooling technology manufacturer.

FRIGUSON does not stop at R&D alone — we aim to create jobs for young engineers and develop world-class general-purpose cooling technology to reach the global market.

Leadership

CEO Profile

FRIGUSON

Dong Eok Kim · CEO / Principal Investigator

A thermal-fluid engineering expert with more than 20 years of research experience in liquid-gas phase-change heat transfer. Author of roughly 40 SCI-indexed papers on energy conversion and phase-change heat transfer, and recognized as a World Top 2% Scientist.

  • Domestic patent on heat exchangers
  • Minister's Award, Ministry of Science and ICT (2019)
  • Best Research Award, Korean Nuclear Society – Thermal Hydraulics (2023)
  • 40+ SCI publications

Core capabilities

  • Nano/micro surface fabrication and porous structure design & manufacturing
  • Design and fabrication of thermal-fluid experimental apparatus, high-precision instrumentation
  • Optimization of phase-change heat transfer (boiling, condensation)
  • High-precision computational thermal-fluid analysis
Research Capability

Prior R&D Capability

The nano/micro surface fabrication, precision instrumentation, and computational analysis capabilities built up in academia form the core foundation of FRIGUSON's D2C cooling system development. Below is a sample of fabrication, measurement, and analysis results from our prior research.

Summary of prior R&D results: nano/micro surface fabrication, phase-change visualization, computational modeling, optical instrumentation
Summary of prior R&D results — nano/micro surface Fabrication, phase-change visualization Measurements, computational Modeling, and Optical instrumentation
Values

How We Work

Prototype-first

We invest in building and validating working prototypes, not paperwork.

Developing young talent

We combine hands-on training with R&D so participating researchers grow into core technical talent and skilled technicians over the long term.

Industry-academia network

Leveraging the CEO's industry-academia-research network, we build proof-of-concept credibility together with universities and research institutes.