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Chemical and Environmental

🔲 Environmental and Emission Control Solutions

  • Automotive Exhaust Catalysts:
    Catalytic substrates for exhaust gas purification, including oxidation catalysts and SCR (Selective Catalytic Reduction) systems for vehicle exhaust systems.
  • Industrial Emission Control:
    Catalytic substrates for reducing harmful emissions generated in industrial processes.
  • Air Pollution Control Systems:
    Customized catalyst systems for effective air pollution mitigation.


🔲 Chemical Industry Applications

  • Petrochemical and Refining Processes:
    Catalyst substrates tailored for high-performance refining and petrochemical applications.
  • High-Temperature and High-Pressure Catalysis:
    Components designed to withstand extreme environments in chemical reactions.


🔲 Energy Sector Innovations

  • Hydrogen Fuel Cells and Energy Storage:
    High-efficiency substrates for hydrogen production, storage, and utilization in renewable energy systems.
  • Renewable Energy Processes:
    Catalytic components optimized for use in green energy and sustainable processes.

"Our advanced metal 3D printing technology enables the production of highly efficient and durable components used across various industries. These components are specifically designed to meet the demanding requirements of chemical and environmental applications."





3D-Printing (additive manufacturing)

  • Next-generation technology using PMI 3D Printing to overcome the limitations of traditional metal manufacturing techniques and establish a new concept for the Fourth Industrial Revolution.

Advantages of Utilizing 

Metal 3D Printing Technology 


  • Production of intricate metal products with complex patterns
  • Customization of products according to customer requirements (small-batch production of various types)
  • Reduced manufacturing process time and rapid prototype production
  • Minimized material waste through streamlined processes
  • Systematic and precise creation of three-dimensional porous patterns
Ink-Based Metal 3D Printing Manufacturing Process
Ink-Based Metal 3D Printing Manufacturing Process
Microscopic Metal Images: 3D Patterns of Copper and Aluminum Produced Using PMI Metal 3D Printing Technology
Microscopic Metal Images: 3D Patterns of Copper and Aluminum Produced Using PMI Metal 3D Printing Technology

Applications of Ink-Based Metal 3D Printing

| Vapor Chamber

Next-Generation High-Performance Vapor Chamber with Enhanced Capillary Action Using Metal 3D Printing Technology (Utilizing Porous Mesh Wick)
Next-Generation High-Performance Vapor Chamber with Enhanced Capillary Action Using Metal 3D Printing Technology (Utilizing Porous Mesh Wick)

Water Absorption Test Results for Mesh Form: Less Than 2 Seconds

Certified Test Report for Water Absorption Test
Certified Test Report for Water Absorption Test


 Medical Field - Application of Biomaterials

Manufacturing of Fe-Based Stents through Metal 3D Printing
Manufacturing of Fe-Based Stents through Metal 3D Printing

 Development of Custom Battery Electrodes

Diverse Applications of Batteries
Diverse Applications of Batteries
3D Porous Electrode Structure Design Using Additive Manufacturing Printing Technology
3D Porous Electrode Structure Design Using Additive Manufacturing Printing Technology
Full-Cell Cycling Characteristics Graph
Full-Cell Cycling Characteristics Graph

 Virus and Bacteria Sterilizer 


Tel. +82-31-752-2624 | Fax. 0504.490.4002 | e-mail : contact@metalprintinginc.com
Addr. (16463) #306. 98, Haenggung-ro, Paldal-gu, Suwon-si, Gyeonggi-do, Republic of Korea ㅣ

 

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