SBIR Phase I: High Conductivity Photoprintable Conducting Polymers for Polymeric Electronics

这个小型企业创新研究(SBIR)第一阶段项目将开发可印刷的导电聚合物，可用于生产聚合物电子器件。可印刷的导电聚合物最初是可溶的，在紫外光照射后变得不溶并在空间上固定，因此可以用标准的印刷工艺生产导电聚合物材料的正性抗蚀剂。这个第一阶段的项目将建立在可溶性导电聚合物技术的基础上，并增加形成聚合物电子产品正极抗蚀剂的能力。将开发电导率为10-300 S/厘米的导电聚合物，可印刷成平板显示器和有机电子的电子元件。商业应用包括聚合物显示器的导电元件，包括柔性显示电极和寻址线、空穴注入层、印刷线路板、其他柔性或非柔性聚合物电子芯片、EMI屏蔽和抗静电涂层。

This Small Business Innovation Research (SBIR) Phase I project will develop printable conducting polymersthat can be used to produce polymeric electronic devices. The printable conducting polymersenvisioned are initially soluble and become insoluble and spatially fixed after exposure to ultravioletlight, thus a positive resist of the conducting polymer material can be produced with standard printingprocesses. This Phase I project will build on the soluble conducting polymer technology, and add the ability to form positive resists for polymeric electronics. Conducting polymers with a conductivity of 10 to 300 S/cm that can be printed into electronic components for flat panel displays and organic electronics will be developed. This proposal addressed the need to fabricate large area devices, such as displays, by a room temperature printing process.Commercial applications include conducting components of polymeric displays including flexibledisplay electrodes and addressing lines, hole injection layers, and printed wiring boards, otherflexible or non-flexible polymeric electronic chips, EMI shielding and antistatic coatings.