Carbon Nanotube Transparent Conductive Ink And Film - Taiwan

The significant features of our carbon nanotubes are their superb graphitic structures, high aspect ratio, and large specific surface.

It ensures enhanced performances of the CNTs, such as improved mechanical and electrical properties as well as chemical and thermal stability.

Our CNT material have been used for Supercapacitors, Industrial Gas Detectors, Biosensors, Hydrogen Storage, Fuel Cells, and Composite.

XinNano Materials’”CNT-Polyme r Composed Conductive Ink” can be easily applied to substrates to produce Transparent Conductive Films (TCF) for Touch Sensors, Flexible Solar Cells, Smart Label, Smart Window etc.

applications.

With relentless R&D efforts, we strive for excellence in satisfying customer needs, by providing high quality products and service at competitive price.

Company Contact:

• Posted By: XinNano Materials, Inc.

• Phone: +886-3-473-1718

• Address: No.1560 Sec.1,Jhongshan Rd.,Guanyin Dist,, Taoyuan , Taiwan

• Email:

• Website: http://www.xinnanomaterials.com

• Business Description: resistant" and "alcohol wiping resistant".
  
  The products are developed by a U.S. nanotechnology company (Xintek Inc.
  
  ), and haven been in the market since 2012 - Currently involved in the applications for;
  
  >Touch panels or touchscreen in car, ATM machine, and display board in Hospital.
  
  > Industrial touch panels (10-21")
  
  >Smart window.
  
  (PDLC Type).
  
  > Touch pens (exported to Japan)
  
  Compare with ITO film for the touch display applications, the advantage of XinNano transparent conductive film are as follows:
  
  > High flexibility.
  
  The film can still maintain excellent electrical conductivity and thermal stability after thermoformed.
  
  (up to 30% deformation)
  
  > High conductive uniformity.
  
  This feature is specially favorite to large size touch panels.
  
  > High multi-touch sensitivity ( better than that of ITO's)
  
  > Excellent antistatic property, which is very important for the development of automotive electronics system.
  
  > The transparent conductive ink is water based.
  
  It can be used for various substrate and coating processes, such as gravure, doctor blade, and spray coating, on PET, PC, PMMA, glass substrates etc
  
  In addition to above-mentioned applications, our ink and films are also used for the development of>
  
  > Solar cells (DSSCs, OPVs, CIGS etc)
  
  > Polymer Capacitors
  
  > Antistatic protection for TFT-LCD
  
  > EMI Shielding
  
  > EL Lighting
  
  > Antistatic packaging
  
  Please find the attached technical data.
  
  For more information, please visit our website at http: //www.
  
  xinnanomaterials.
  
  com.