Hyundai BC Engineering Co., Ltd

Ilsandong-gu, Goyang-si,,  Gyeonggi-do 
Korea (South)
  • Booth: 5770


Hyundai BC Engineering (HDBC) offers total solution for high purity specialty chemicals of semiconductor and Li-ion Battery. We also contribute to the enhancement of service quality by expanding the scope of EPC business and steadily developing application technologies to strengthen the technical power for ever-evolving chemical industries.


  • Semiconductor Grade Phosphoric Acid (H3PO4)
    The semiconductor grade H3PO4 is mainly used in the process of manufacturing high tech products such as display panels, photovoltaic, and semiconductors. Especially, ultra-pure grade H3PO4 is an essential chemical for manufacturing 3D V-NAND Flash....

  • HDBC's ultra-high purity phosphoric acid(H3PO4) manufacturing process guarantees the best quality H3PO4 on its market with the great economic benefits via HDBC's own developed high technology process and equipment. This process can produce ultra-high purity H3PO4 that contains total of less than 50ppb metal impurities including Antimon(sb) and Arsenic(As). This product can be directly applicable to semiconductor process without any further purification.
  • Semiconductor Grade Hydrofluoric Acid (HF)
    Hydrofluoric acid (HF) is a highly reactive inorganic chemical which is very corrosive and penetrative....

  • The primary use of ultra pure grade HF is in the semiconductor industry for wafer cleaning and etching process. HF can be mixed with ammonium fluoride for more effective etching performances (BOE).
  • LiPF6 Salt for Li-ion Battery
    LiPF6 salt is the primary raw chemical to produce Li-ion battery electrolyte....

  • The impurities of LiPF6 directly affects the quality of the resulting electrolyte production. The LiPF6 manufacturing process requires great control on pressure, temperature, corrosion, and impurities. The demand on high quality electrolytes, in other words, the demand on high quality LiPF6 has substantially increased over the years thanks to the development of advanced technology.
  • Semiconductor Grade Mixed Acid Etchant (MAE)
    Mixed Acid Etchants (MAE) are mixture of various acids to produce wet-etchant for specific purposes in semiconductor manufacturing process....

  • This often enhances the chemical’s etching rate and uniformity to produce better and higher grade of semiconductors in more efficient manner. The typical acids used in MAE are nitric acid, hydrochloric acid, ammonium fluoride, hydrofluoric acid, acetic acid, and so on.
  • Electrolyte for Li-ion Battery
    The lithium-ion batteries (LiB) are the major power source of the current technologies such as mobile phones, tablets, electric vehicles, and energy storage systems....

  • Among all other building parts for LiBs (cathode, anode, etc.), the electrolyte is the critical component that determines the grade of batteries to be used in advanced technologies for higher performance and greater efficiency.
  • CALORPLAST Plastic Heat Exchanger
    CALORPLAST specializes in producing superior quality of non-metal heat exchangers with their own unique style of manufacturing methods and technology for over 30 years....

  • CALORPLAST plastic heat exchanger design is based on a fully modular approach that combines a high level of standardisation with an outstanding flexibility to design customized solutions to meet all customer needs. The unique design makes Calorplast heat exchangers exceptionally efficient due to best heat transfer characteristics and an extraordinary low pressure-drop
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