Company Introduction

PolyM Technology Corporation (“PolyM”) is a company dedicated in the researching, developing and manufacturing some innovated conductive polymer materials. Our core technology is developed basing on the inventions of the chief technology officer (CTO), Prof. Chien-Chung Han, the principal inventor of over 60 patents on conducting polymers. Dr. Han earned his PhD degree from Columbia University in the United States, continued his post-doctoral research at the University of Massachusetts (USA) in the Department of Polymer Science and Engineering, and then joined the Polymer Science Laboratory, Corporate Research Center of Allied-Signal Inc. (Morristown, New Jersey, USA) to do research in the field of conducting polymers, where he helped to successfully commercialize the first conducting polymerVersiconTM and also invented a series of novel solution processing chemistry to enable all types of conducting polymers to be processable as a true solution or a polymer dispersion.
Dr. Han returned to Taiwan in 1993 and became a faculty member of the Department of Chemistry at National Tsing Hua University to continue his research in conducting polymers till now. Recently, he had been encouraged and assisted by Tsing Hua University Sprout Center to establish PolyM to commercialize the novel conducting polymer materials and processing techniques based on his recent inventions on conjugated heteroaromatic polymers and solid capacitors.
Core Business
PolyM has dedicated on developing innovative conducting polymer materials and their corresponding application technologies. The first targeted product is the innovative conducting polymer electrolyte materials for making high performance solid capacitors.
Our new materials and processing technology for making high performance capacitors have the following advantages:
 The new technology is well protected by a worldwide patent portfolio with high generality and originality
 The new materials and process are environmentally friendly and are free of heavy metal contamination
 The fabrication process is simple and low cost
 The same set of technique and manufacturing facility can be used to fabricate both low- and high-voltage solid capacitors
 The same technology is also applicable for making chip-type solid capacitors
 The new technology can be easily implemented based on the current production facilities for solid capacitors

The superior properties of our new solid capacitors are illustrated in the follows:
 Unusual high capacitance, reaching 95-97% of the full theoretical values
 Much smaller in size for the solid capacitors of the same capacitance
 Excellent film-forming property with superior interfacial adhesion
 Extremely strong mechanical strength that is suitable for the applications in AV-appliance and automobile
 High thermal stability (>240 C)
 Super long life (>80,000 hours at 105 C)
 Low DF and energy-saving
 Excellent cold temperature performances (at -55 C), having only a small extent in capacitance-reduction (4%) and ESR-increment (12%)
 Superior ability to survive under various harsh weathers and working environments
PolyM Global Patent Portfolio:
1. 7 Issued: 3 ROC Patents (2016); 3 USA Patents (2017); 1 China Patent (2018)
2. 11 Pending: Covering PCT; JP; EP; USA; ROC; CN