Information
120 Cheongwonsandan 2-gil, Mado-myeon, Hwaseong-si, Gyeonggi-do, South Korea
+82 31-259-8401
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Overview
- Summary
- ENERGYN Co., Ltd. is a company that develops and manufactures extreme process equipment and industrial furnaces based on extreme process technologies such as ultra-high temperature, ultra-high pressure, ultra-low temperature, ultra-high vacuum, and rapid thermal control, as well as wire winding and diffusion bonding technologies. The company provides core equipment solutions for next-generation industrial technology fields, including ultra-high pressure pressing technology for all-solid-state battery manufacturing processes, hydrogen charging infrastructure modules, and high-precision components for semiconductor production processes.ENERGYN Co., Ltd. is a company that develops and manufactures extreme process equipment and industrial furnaces based on extreme process technologies such as ultra-high temperature, ultra-high pressure, ultra-low temperature, ultra-high vacuum, and rapid thermal control, as well as wire winding and diffusion bonding technologies. The company provides core equipment solutions for next-generation industrial technology fields, including ultra-high pressure pressing technology for all-solid-state battery manufacturing processes, hydrogen charging infrastructure modules, and high-precision components for semiconductor production processes.
- Key Products/Technologies
- Ultra-High Pressure Equipment: Offers various isostatic presses such as ECIP (Cold Isostatic Press), EPCIP (Hybrid CIP), EDIP (Dry Isostatic Press), EWIP (Wet Isostatic Press), ERIL (Rapid Isostatic Laminator), and HPP (High Pressure Processing). The ERIL equipment, in particular, is designed for polymer polymerization and impregnation processes, overcoming the limitation of a maximum pressing force of 200MPa.Ultra-High Pressure Equipment: Offers various isostatic presses such as ECIP (Cold Isostatic Press), EPCIP (Hybrid CIP), EDIP (Dry Isostatic Press), EWIP (Wet Isostatic Press), ERIL (Rapid Isostatic Laminator), and HPP (High Pressure Processing). The ERIL equipment, in particular, is designed for polymer polymerization and impregnation processes, overcoming the limitation of a maximum pressing force of 200MPa.
- Ultra-High Temperature Equipment: Develops ultra-high temperature equipment for sintering, diffusion bonding, and pressure sintering, including EHP (High Vacuum Hot Press), EHIP (Hot Isostatic Press), ESF (Sintering Furnace), EGPS (Gas Pressure Sintering Furnace), ESPS (Spark Plasma Sintering Furnace), and CVD/CVI (Chemical Vapor Infiltration).Ultra-High Temperature Equipment: Develops ultra-high temperature equipment for sintering, diffusion bonding, and pressure sintering, including EHP (High Vacuum Hot Press), EHIP (Hot Isostatic Press), ESF (Sintering Furnace), EGPS (Gas Pressure Sintering Furnace), ESPS (Spark Plasma Sintering Furnace), and CVD/CVI (Chemical Vapor Infiltration).
- Hydrogen-Related Equipment and Technology: Develops and supplies large-capacity Type1 hydrogen storage vessels (100MPa, over 1000L) for hydrogen fueling stations, hydrogen embrittlement evaluation low-strain rate tensile testing machines, hydrogen charging nozzles, hydrogen gas booster systems, and hydrogen gas compressor systems, possessing core technologies for hydrogen infrastructure.Hydrogen-Related Equipment and Technology: Develops and supplies large-capacity Type1 hydrogen storage vessels (100MPa, over 1000L) for hydrogen fueling stations, hydrogen embrittlement evaluation low-strain rate tensile testing machines, hydrogen charging nozzles, hydrogen gas booster systems, and hydrogen gas compressor systems, possessing core technologies for hydrogen infrastructure.
- Core Original Technologies: Capabilities for realizing ultra-high pressure (over 6000 Bar), ultra-high temperature (over 2500℃ for gas, over 250℃ for liquid water), ultra-low temperature/ultra-high vacuum technologies including liquid hydrogen and liquid helium, and rapid thermal control technology of 10-20℃/min, demonstrating extreme environment control capabilities.Core Original Technologies: Capabilities for realizing ultra-high pressure (over 6000 Bar), ultra-high temperature (over 2500℃ for gas, over 250℃ for liquid water), ultra-low temperature/ultra-high vacuum technologies including liquid hydrogen and liquid helium, and rapid thermal control technology of 10-20℃/min, demonstrating extreme environment control capabilities.
- Wire Winding Technology: The only process technology approved by ASME for manufacturing high-pressure vessels over 68.9MPa, developed in-house and applied to high-pressure vessel manufacturing. Ensures the safety and durability of pressure vessels through a Leak Before Burst design.Wire Winding Technology: The only process technology approved by ASME for manufacturing high-pressure vessels over 68.9MPa, developed in-house and applied to high-pressure vessel manufacturing. Ensures the safety and durability of pressure vessels through a Leak Before Burst design.
- Diffusion Bonding Technology: A technology for bonding solid-state metals or dissimilar materials without fillers or adhesives under high temperature and uniaxial pressure. Applied in the manufacturing of high-efficiency heat exchangers like PCHE (Printed Circuit Heat Exchanger).Diffusion Bonding Technology: A technology for bonding solid-state metals or dissimilar materials without fillers or adhesives under high temperature and uniaxial pressure. Applied in the manufacturing of high-efficiency heat exchangers like PCHE (Printed Circuit Heat Exchanger).
- Core Advantages
- Unrivaled Extreme Process Technology: Possesses world-class extreme environment control technologies, including ultra-high pressure (over 6000 Bar), ultra-high temperature (over 2500℃ for gas), ultra-low temperature, ultra-high vacuum, and rapid thermal control, enabling the development and manufacturing of advanced equipment.Unrivaled Extreme Process Technology: Possesses world-class extreme environment control technologies, including ultra-high pressure (over 6000 Bar), ultra-high temperature (over 2500℃ for gas), ultra-low temperature, ultra-high vacuum, and rapid thermal control, enabling the development and manufacturing of advanced equipment.
- Safety and Large-Capacity Technology: Utilizes wire winding technology for pressure vessel manufacturing, resulting in lighter and more compact equipment compared to conventional presses, with a safe design that prevents crack propagation. Development of large-capacity hydrogen storage vessels (over 1,000L) contributes to the expansion of hydrogen fueling infrastructure.Safety and Large-Capacity Technology: Utilizes wire winding technology for pressure vessel manufacturing, resulting in lighter and more compact equipment compared to conventional presses, with a safe design that prevents crack propagation. Development of large-capacity hydrogen storage vessels (over 1,000L) contributes to the expansion of hydrogen fueling infrastructure.
- Diverse Industrial Applications and Customized Solutions: Provides equipment solutions applicable across a wide range of industries, including semiconductors, LCDs, automotive, food, electronics, medical, nuclear power, aerospace, and defense. Offers customized control systems and gas pressurization systems.Diverse Industrial Applications and Customized Solutions: Provides equipment solutions applicable across a wide range of industries, including semiconductors, LCDs, automotive, food, electronics, medical, nuclear power, aerospace, and defense. Offers customized control systems and gas pressurization systems.
- Proactive Development of Next-Generation Technologies: Engages in advanced R&D for core technologies in future growth engines such as all-solid-state battery manufacturing equipment and hydrogen charging infrastructure modules in the hydrogen and secondary battery sectors.Proactive Development of Next-Generation Technologies: Engages in advanced R&D for core technologies in future growth engines such as all-solid-state battery manufacturing equipment and hydrogen charging infrastructure modules in the hydrogen and secondary battery sectors.
- Securing Domestic and International Certifications and Intellectual Property: Holds over 60 intellectual property rights and has obtained stringent domestic and international standards and certifications such as ASME U, U3, KGS, and New Excellent Technology (NET) certification, proving its technological prowess and reliability.Securing Domestic and International Certifications and Intellectual Property: Holds over 60 intellectual property rights and has obtained stringent domestic and international standards and certifications such as ASME U, U3, KGS, and New Excellent Technology (NET) certification, proving its technological prowess and reliability.
- Target Industrie
- Semiconductor Industry: Equipment for manufacturing high-precision components.Semiconductor Industry: Equipment for manufacturing high-precision components.
- Display Industry: LCD manufacturing process equipment.Display Industry: LCD manufacturing process equipment.
- Automotive Industry: Production of high-strength transmission components, hydrogen vehicle charging infrastructure.Automotive Industry: Production of high-strength transmission components, hydrogen vehicle charging infrastructure.
- New Energy Industry: All-solid-state battery manufacturing processes, hydrogen storage and charging infrastructure, PCHE heat exchangers.New Energy Industry: All-solid-state battery manufacturing processes, hydrogen storage and charging infrastructure, PCHE heat exchangers.
- Advanced Materials Industry: Densification and defect removal for titanium, tungsten, alloys, and ceramic materials (HIP, CIP, WIP processes).Advanced Materials Industry: Densification and defect removal for titanium, tungsten, alloys, and ceramic materials (HIP, CIP, WIP processes).
- Aerospace and Defense Industry: Elimination of porosity and property enhancement for aircraft engine components, structural components, and precision castings.Aerospace and Defense Industry: Elimination of porosity and property enhancement for aircraft engine components, structural components, and precision castings.
- Medical Industry: Improvement of properties for cobalt chrome, titanium, and stainless steel implants.Medical Industry: Improvement of properties for cobalt chrome, titanium, and stainless steel implants.
- Food Industry: Non-thermal sterilization equipment through ultra-high pressure processing (HPP).Food Industry: Non-thermal sterilization equipment through ultra-high pressure processing (HPP).
- Nuclear Industry: Solidification of radioactive waste, nuclear power plant components.Nuclear Industry: Solidification of radioactive waste, nuclear power plant components.
- Major Markets
- South Korea (domestic market)South Korea (domestic market)
- Europe (HPP equipment export)Europe (HPP equipment export)
- United States (foothold for market entry secured through ASME certification, competitive against FIBA products)United States (foothold for market entry secured through ASME certification, competitive against FIBA products)
- Certifications/Patents
- New Excellent Technology (NET) Certification: Obtained from the Ministry of Trade, Industry and Energy's Korean Agency for Technology and Standards for 'Hydrogen storage pressure vessel technology with stacked steel wires that facilitates capacity expansion and prevents leak before burst and fatigue cracks' (May 17, 2023 - May 16, 2026).New Excellent Technology (NET) Certification: Obtained from the Ministry of Trade, Industry and Energy's Korean Agency for Technology and Standards for 'Hydrogen storage pressure vessel technology with stacked steel wires that facilitates capacity expansion and prevents leak before burst and fatigue cracks' (May 17, 2023 - May 16, 2026).
- ASME U, U3 Certifications: American Society of Mechanical Engineers (ASME) quality and system certifications for the design and manufacture of high-pressure and ultra-high-pressure vessels (since June 2016).ASME U, U3 Certifications: American Society of Mechanical Engineers (ASME) quality and system certifications for the design and manufacture of high-pressure and ultra-high-pressure vessels (since June 2016).
- ISO 9001 (Quality Management System) and ISO 14001 (Environmental Management System) Certifications (since June 2012).ISO 9001 (Quality Management System) and ISO 14001 (Environmental Management System) Certifications (since June 2012).
- Innovative Small and Medium Business (Inno-biz) Certification (April 2022).Innovative Small and Medium Business (Inno-biz) Certification (April 2022).
- Venture Company Confirmation (since May 11, 2012).Venture Company Confirmation (since May 11, 2012).
- Risk Assessment Recognition Certificate (March 2020).Risk Assessment Recognition Certificate (March 2020).
- Specialized Materials, Parts, and Equipment Company Confirmation (February 2022).Specialized Materials, Parts, and Equipment Company Confirmation (February 2022).
- Patents: Holds over 60 intellectual property rights, with key patents including hydrogen gas compressor devices, hydrogen gas booster devices, hydrogen fueling stations, combined cold isostatic press and general press equipment, and frame-integrated vacuum hot press devices.Patents: Holds over 60 intellectual property rights, with key patents including hydrogen gas compressor devices, hydrogen gas booster devices, hydrogen fueling stations, combined cold isostatic press and general press equipment, and frame-integrated vacuum hot press devices.
- Awards: Awarded the Minister's Award at the '2023 Industrial Innovation Technology Awards' (for 'Development of Type1 Large Hydrogen Storage Vessel for Hydrogen Fueling Stations'). Received the Excellence Award at the 'H2 Innovation Award 2024' (for 'Low Strain Rate Tensile Testing Machine for Hydrogen Embrittlement Evaluation'). Awarded the Hong Dae-yong Award at the '2025 Patent Technology Awards' (for high-pressure hydrogen vessels).Awards: Awarded the Minister's Award at the '2023 Industrial Innovation Technology Awards' (for 'Development of Type1 Large Hydrogen Storage Vessel for Hydrogen Fueling Stations'). Received the Excellence Award at the 'H2 Innovation Award 2024' (for 'Low Strain Rate Tensile Testing Machine for Hydrogen Embrittlement Evaluation'). Awarded the Hong Dae-yong Award at the '2025 Patent Technology Awards' (for high-pressure hydrogen vessels).
Introduction
Location
120 Cheongwonsandan 2-gil, Mado-myeon, Hwaseong-si, Gyeonggi-do, South Korea
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