Information
Myeongdang 3-gil, Gwangyang-si, Jeollanam-do, South Korea
+82 61-815-0280
-
-
Overview
- Summary
- EG Corporation, established in 1987, is a leading South Korean manufacturer specializing in iron oxide and composite materials for ferrite cores. The company actively engages in R&D and commercialization of next-generation energy materials, including secondary battery materials (non-carbon, hard-carbon), fuel cell materials, and solid-state hydrogen storage materials. Through continuous investment in R&D and participation in national projects, it positions itself as a global hidden champion driving technological innovation.EG Corporation, established in 1987, is a leading South Korean manufacturer specializing in iron oxide and composite materials for ferrite cores. The company actively engages in R&D and commercialization of next-generation energy materials, including secondary battery materials (non-carbon, hard-carbon), fuel cell materials, and solid-state hydrogen storage materials. Through continuous investment in R&D and participation in national projects, it positions itself as a global hidden champion driving technological innovation.
- Key Products/Technologies
- Iron Oxide: Synthetic iron oxide produced by thermal reaction of waste hydrochloric acid generated during steel plate pickling processes, alongside regenerated hydrochloric acid. Utilized as a basic raw material for magnetic materials (soft ferrite, hard ferrite) or pigments, depending on color and impurity levels. Contributes to the production of high-quality electronic components with excellent magnetic properties and stability.Iron Oxide: Synthetic iron oxide produced by thermal reaction of waste hydrochloric acid generated during steel plate pickling processes, alongside regenerated hydrochloric acid. Utilized as a basic raw material for magnetic materials (soft ferrite, hard ferrite) or pigments, depending on color and impurity levels. Contributes to the production of high-quality electronic components with excellent magnetic properties and stability.
- Composite Materials for Ferrite Cores: Manufacturing and processing technology for composite materials used as primary raw materials for ferrite cores, key components in electronic devices.Composite Materials for Ferrite Cores: Manufacturing and processing technology for composite materials used as primary raw materials for ferrite cores, key components in electronic devices.
- Secondary Battery Materials: Development and production of non-carbon and hard-carbon based secondary battery materials. Focus on non-carbon anode materials for small IT devices like mobile phones and laptops, as well as energy storage systems.Secondary Battery Materials: Development and production of non-carbon and hard-carbon based secondary battery materials. Focus on non-carbon anode materials for small IT devices like mobile phones and laptops, as well as energy storage systems.
- Fuel Cell Materials: Development of material technologies related to fuel cells, a next-generation energy source.Fuel Cell Materials: Development of material technologies related to fuel cells, a next-generation energy source.
- Solid-State Hydrogen Storage Materials: Possesses synthesis technology for high-capacity solid-state hydrogen storage materials (sodium alanate, NaAlH4) for hydrogen vehicles. Collaborates with institutions like Korea Institute of Science and Technology (KIST) and Korea Institute of Energy Research (KIER) for NaAlH4 development and commercialization. Utilizes high-energy milling machines (e.g., Simoloyer CM100) for nano-powder synthesis and mass production systems. Achieves improved hydrogen absorption/desorption temperatures and superior hydrogen reactivity in materials production.Solid-State Hydrogen Storage Materials: Possesses synthesis technology for high-capacity solid-state hydrogen storage materials (sodium alanate, NaAlH4) for hydrogen vehicles. Collaborates with institutions like Korea Institute of Science and Technology (KIST) and Korea Institute of Energy Research (KIER) for NaAlH4 development and commercialization. Utilizes high-energy milling machines (e.g., Simoloyer CM100) for nano-powder synthesis and mass production systems. Achieves improved hydrogen absorption/desorption temperatures and superior hydrogen reactivity in materials production.
- Core Advantages
- Proprietary Iron Oxide Manufacturing Technology: Unique technology for producing synthetic iron oxide through waste hydrochloric acid recycling. Capability to supply high-quality iron oxide for magnetic materials and pigment raw materials.Proprietary Iron Oxide Manufacturing Technology: Unique technology for producing synthetic iron oxide through waste hydrochloric acid recycling. Capability to supply high-quality iron oxide for magnetic materials and pigment raw materials.
- Leadership in Next-Generation Energy Materials: Securing future growth engines in secondary batteries, fuel cells, and solid-state hydrogen storage materials. Demonstrates leading technological capabilities in solid-state hydrogen storage materials through national project participation and pending patent applications.Leadership in Next-Generation Energy Materials: Securing future growth engines in secondary batteries, fuel cells, and solid-state hydrogen storage materials. Demonstrates leading technological capabilities in solid-state hydrogen storage materials through national project participation and pending patent applications.
- Continuous R&D Investment and National Project Participation: Recognized as a 'Promising Advanced Technology Company' by the Ministry of Trade, Industry and Energy in August 1995. Proven track record of successful technology development and commercialization through participation in various national projects.Continuous R&D Investment and National Project Participation: Recognized as a 'Promising Advanced Technology Company' by the Ministry of Trade, Industry and Energy in August 1995. Proven track record of successful technology development and commercialization through participation in various national projects.
- Quality and Environmental Management Systems: Operation of an efficient and systematic management system in compliance with ISO 9002 standards. Commitment to customer satisfaction, environmental pollution prevention, and nature protection through established quality and environmental policies.Quality and Environmental Management Systems: Operation of an efficient and systematic management system in compliance with ISO 9002 standards. Commitment to customer satisfaction, environmental pollution prevention, and nature protection through established quality and environmental policies.
- Global Network and Export Capabilities: Presence in key Asian markets including China, India, Japan, and Taiwan. Strong export competitiveness based on expertise in manufacturing and processing diverse composite materials.Global Network and Export Capabilities: Presence in key Asian markets including China, India, Japan, and Taiwan. Strong export competitiveness based on expertise in manufacturing and processing diverse composite materials.
- Target Industrie
- Electronics Industry: Supply of core raw materials for electronic components such as ferrite cores.Electronics Industry: Supply of core raw materials for electronic components such as ferrite cores.
- Energy Industry: Next-generation energy sectors including secondary batteries, fuel cells, and solid-state hydrogen storage materials. Active in the development and commercialization of solid-state hydrogen storage materials for hydrogen vehicles.Energy Industry: Next-generation energy sectors including secondary batteries, fuel cells, and solid-state hydrogen storage materials. Active in the development and commercialization of solid-state hydrogen storage materials for hydrogen vehicles.
- Chemical Industry: Research and development of functional powders and coating materials utilizing iron oxide. Supply of basic raw materials for pigments.Chemical Industry: Research and development of functional powders and coating materials utilizing iron oxide. Supply of basic raw materials for pigments.
- Steel Industry: Production of iron oxide through the recycling of waste hydrochloric acid generated during steel plate manufacturing processes.Steel Industry: Production of iron oxide through the recycling of waste hydrochloric acid generated during steel plate manufacturing processes.
- Major Markets
- China, India, Japan, TaiwanChina, India, Japan, Taiwan
- Certifications/Patents
- Operation of ISO 9002 compliant systemOperation of ISO 9002 compliant system
- Selected as 'Promising Advanced Technology Company' by the Ministry of Trade, Industry and Energy (August 1995)Selected as 'Promising Advanced Technology Company' by the Ministry of Trade, Industry and Energy (August 1995)
- Venture Company Award (September 1998, sponsored by the Ministry of Science & Technology, Korea Technology Banking Corporation, and Korea Economic Daily Newspaper)Venture Company Award (September 1998, sponsored by the Ministry of Science & Technology, Korea Technology Banking Corporation, and Korea Economic Daily Newspaper)
- Selected as 'Promising Exporter' (February 1998)Selected as 'Promising Exporter' (February 1998)
- Certified as a Venture Firm by the Small & Medium Business Administration (March 1998)Certified as a Venture Firm by the Small & Medium Business Administration (March 1998)
- Pending patent applications for solid-state hydrogen storage material technologies ('Method for manufacturing sodium alanate-based hydrogen storage material', 'Method for manufacturing magnesium amide-based hydrogen storage material')Pending patent applications for solid-state hydrogen storage material technologies ('Method for manufacturing sodium alanate-based hydrogen storage material', 'Method for manufacturing magnesium amide-based hydrogen storage material')
Introduction
Location
Myeongdang 3-gil, Gwangyang-si, Jeollanam-do, South Korea
클릭하여 위치 살펴보기
