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R&D Center
MAX TECH Co., Ltd., is the company based on the product development combining new ceramics and new technologies. MAX TECH R&D Center supports the constant efforts of MAX TECH to manufacture the excellent fine ceramics through the earnest researches and experiments.
project title | development period | business development |
Development of plasma resistance 10^16, 10^10, 10^3ohm-cm level ceramic composite and temperature controllable functional parts for 3D-1xnm semiconductor process | 2015-0-01 ~ 2020-05-31 | |
Development of nano-carbon/ceramic composite for anti-abrasive parts of machines | 2014-07-01~ 2016-06-30 | O |
Development of the 200 kW Solar Tower Power System | 2008-12-01 ~ 2011-09-30 | |
Development of mixed conducting ceramic nanocomposite membrane for precumbustion CO2 capture | 2008-12-01 ~ 2011-09-30 | |
Development of high refractoriness & high thermal shock resistance oxide ceramics | 2008-12-01 ~ 2009-11-30 | O |
Development of ultra low thermal expansion alumina based oxide sintered body | 2008-05-01 ~ 2009-04-30 | O |
Automotive Engineering Education Center Yeungnam University | 2008-03-01 ~ 2009-02-28 | O |
Development of high-toughness MgO-stabilized Zirconia | 2004-03-01 ~ 2005-02-28 | O |
Development of Ceramic Pin Chuck with low reflectivity for LCD Photolithography | 2012-03-01~2015-04-30 | |
Development of Precision Air Floating System for OLED Inkjet Printing Process | 2017-03-01~2019-12-31 | O |
Development of 1,000mm/s class laser dicing machine for ultra-thin silicon wafers less than 50㎛ using low thermal expansion ceramics | 2018-06-01~2020-12-31 | |
Development of ceramic filter technology collecting fine dust originated from brake | 2019-04-01~2023-12-31 | |
Ceramic Flexible Distributed Process Big Data Based Manufacturing Innovation Platform | 2019-04-01~2021-12-31 | |
Development of ITO target with high efficiency/high performance | 2007-06-01~2009-05-30 | O |
Development of a Highly-Integrated Solid Oxide Fuel Cell Stack of 3kW Class for Commercialization | 2009-12-01~2012-04-30 | |
Development of super drill guide using ceramic injection molding technique. | 2002-04-01~2003-03-31 | O |