In the last few decades, newly electrical devices has largely developed including solar cells, LEDs, screens and touch screens that require traarent and conductive electrodes (TCEs). The first material that used in this field was tin oxide (ITO), which is both a suitable material and also has good mechanical stability, and establishes a logical connection between resistance and traarency and therefore ITOs are usable in Commercial TCEs. Despite these advantages, ITO has some disadvantages that researchers has always been looking for an alternative for it. 75% of ITO is contained with Indium. Indium is an almost rare metal, Indium is a minor component i zinc sulfide ores and is produced as a byproduct of zinc refinement.resulting in limited access to indium and increases its price. On the other hand, this material is fragile, and also has the potential for cracking during manufacturing process, traortation and assembly. ITO could not be used in flexible devices such as flexible substrates and electrical-skins. In the presence of salts or acids the longevity of this substance decreased. Another issue is its high refractive index, which leads to unwanted reflection in the layers. Substances that have been introduced as ITO substitutes are nanostructured materials, including carbon nanotubes (CNTs), grapheme, metal Nano wires and conductive polymers, each of this substances also have with various problems. Graphene and carbon nanotubes have costly and time-consuming manufacturing methods, and metal nano-wires also create high resistance at the wire-bonding points. Another alternative for ITO is the production of a thin web of Nano fibers and then make this material conductive. In this study, by using electro spinning process, a homogeneous web is manufactured . then by using of IVD process or gold coating on the sample, traarent electrode that can be transmitted over a variety of substrates achieved. The applied variables were the concentration of the electro spinning solution and the electro spinning period which was tested by the RSM method and then analyzed. The advantages of this production method include the ability to produce on a high scale, the ability to change the traarency and resistance in wide-area-dependent on application, substrate change and flexible substrate selection, low production cost comparing to ITO and its long life span. As stated above, the two main factors of traarent and conductive electrodes are surface resistance and traarency (percentage of light transmission). In this research, the results of the resistance and traarency of the samples are very acceptable, so that the average resistance is about 400 ? /? and the light transmission rate is 84%.