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    • Management Philosophy
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  • Product
    • Automobile particulate
      matter reduction devices
      • Hybrid DPF system
      • Passive DPF system
      • Active DPF System
      • PM-NOx After-treatment System
      • Partial DPF System
      • DOC Converter
      • TWC Converter
    • Environmental Device
      • Industrial particulate matter reduction device
      • PAR driven hydrogen recombiner
      • Hydrogen removal device
        for submarines
    • Environment catalysts
      and carriers
      • Catalyst support for vehicles
      • DPF
      • DOC catalyst
      • SCR catalyst
      • Three way Catalyst
      • Industrial catalyst support
      • VOC catalyst
      • SCR catalyst
      • Ammonia catalyst
      • CO catalyst
      • Hydrogen catalyst
      • Ozone catalyst
      • Formaldehyde catalyst
      • Heat accumulator
  • R&D
    • About Research
    • Research Field
    • Research results
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R&D

Based on our accumulated core competiveness, we are focusing on developing
new products and new technologies that our customers want.

Research results

We will take the lead in preserving a cleaner environment with world-class ceramic honeycomb and catalyst technology.

Ceramcomb Co., Ltd. has the unique ceramic honeycomb production technology in Korea through continuous R & D investment and technology development. We will continue to fulfill our responsibilities as an R & D leader through continuous efforts and challenges.

Technology

  • Ceramic honeycomb extrusion technology
    – Automobile catalyst support, DPF, activated carbon, titania, etc.
  • Automobile exhaust gas reduction catalyst and environment catalyst manufacturing technology
    – DOC, DPF, TWC, SCR, AOC catalyst, etc.
    – Hydrogen removal catalyst
  • Manufacturing and related control technology of diesel particulate matter reduction device
    – Particulate matter reduction device for automobile
    – Particulate matter reduction device for vessel
    – Particulate matter reduction device for generator

Patents Related to Material Business

2018

12. Single crystal growth vessel used in PVT device and its single crystal growth method

12. Single crystal growth vessel with easy temperature and pressure control and its single crystal growth method

11. Method of manufacturing diesel particulate filter with improved thermal expansion coefficient and the diesel particulate filter manufactured through the method

2017

12. Method of producing ceramic honeycomb catalyst support with a low thermal expansion coefficient and the ceramic honeycomb catalyst support manufactured through the method

06. Crucible for single crystal growth and its method for attaching seed crystal for single crystal growth

06. Single crystal growth vessel and its single crystal growth method

2015

11. Selective catalytic reduction catalyst composition for automobile exhaust gas purification filter

11. Binder composition for automobile exhaust gas filter

2014

03. Method of manufacturing solid oxide fuel cell support

01. Method of manufacturing diesel particulate filter and the diesel particulate filter manufactured through the method

01. Method of manufacturing diesel particulate filter coated with diesel oxidation catalyst and denitrification catalyst

2013

09. Method of manufacturing solid oxide fuel cell support

06. Titania asymmetric separator and method of manufacturing

03. Method of manufacturing diesel particulate filter

2007

10. The masking device for selectively charging a honeycomb structure

01. Method of manufacturing zinc oxide single crystal thin film

2006

09. Method of manufacturing catalytic filter for purification of diesel exhaust gas

2005

08. The catalyst support showing improved catalytic performance, its manufacturing method and the catalyst support produced thereby

Patents Related to Catalyst Business

2018

09. Diesel oxidation catalyst with excellent heat durability and its manufacturing method

06. Battery pack

04. Method of manufacturing catalyst suitable for hexagonal catalyst support and the catalyst manufactured thereby

2017

08. Selective reduction catalyst with excellent low-temperature activity and its manufacturing method

07. Hydrogen removal device for controlling hydrogen in the submarine and submarine hydrogen control method using the device

05. Driven catalytic recombination device for controlling hydrogen in the reactor and hydrogen control method in the reactor using the device

02. Method of manufacturing vanadium / tungsten / titania catalyst with excellent catalytic activity and coating property

2015

09. Method of manufacturing vanadium / tungsten / titania catalyst for nitrogen oxide removal (China Patent)

2014

06. Harmful gas treatment method in semiconductor manufacturing process

2013

11. Palladium / titania catalyst with ability to remove formaldehyde, carbon monoxide and hydrogen contained in air at room temperature, and its manufacturing method

10. Method of manufacturing platinum catalyst for formaldehyde, carbon monoxide, methanol and hydrogen oxidation removal

09. Driven catalytic recombination device for controlling hydrogen in the reactor and hydrogen control method in the reactor using the device

2011

12. Method of manufacturing vanadium / tungsten / titania catalyst for removing nitrogen oxide

2010

11. Method of manufacturing platinum / titania catalyst and method for removing formaldehyde using the catalyst

2006

06. Method of manufacturing exhaust gas purifying catalyst for diesel vehicles and catalyst therefrom

2005

08. Catalyst for simultaneous removing toxic gas and odorous material discharged from chemical process, method of manufacturing and application

Patent of Device Business

2018

11. Exhaust gas purifier

11. Exhaust gas post-treatment system and its control method

2017

09. Post-treatment device for vessels

08. Contaminant reduction device for diesel engines

2013

07. Combustion method of exhaust gas purifying burner of diesel engine using liquid fuel and burner device using the method

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  • Research Field
  • Research results
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Headquarters: 46-5, Oncheon-daero 1122beon-gil (Deuksan-dong), Asan-si, Chungcheongnam-do, Republic of Korea
Seoul Office: 260, Songpa-daero (906 ~ 907, Cheil Office Building, Garak-dong), Songpa-gu, Seoul, Republic of Korea
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