High conductivity composite coating(screen printing)

High conductivity composite coating(screen printing)Product Name Name: High conductivity composite coatingscreen printing: span> Product Overview Graphene high conductivity composite screen printing coating is a coating made of graphene as the main conductive material, compounded with auxiliary materials such as resin, solvent, dispersant, etc. through specific preparation processes. It is mainly used in screen printing technology and can achieve the printing of conductive patterns on various

Product Name

^{Name: High conductivity composite coating（screen printing:/span>}

Product Overview

^{Graphene high conductivity composite screen printing coating is a coating made of graphene as the main conductive material, compounded with auxiliary materials such as resin, solvent, dispersant, etc. through specific preparation processes. It is mainly used in screen printing technology and can achieve the printing of conductive patterns on various substrates such as paper, plastic film, metal foil, etc.}

^{Technical Parameter}

^{Solid content:16±1wt%} 

^{Solvent:Water}

^{Sheet resistivity¡ãC0 Ω/□（25um:/span>}

^{Viscosity:15000-22000 mPa.s}

^{Granularity:D50  ï½?13um}

                   ^{D90  ï½?49um}

^{Graphene:Lateral size:5-15 um}

                             ^{Thickness:2-5 nm}

^{Carbon nanotubes:OD:5-15 nm}

                                  ^{Length:0 um}

^{Note:The above is a single measurement data,the test results of different batches fluctuated. The viscosity of the dispersion increases with time.}

^{Viscosity Test Reference:Test using rotor # 4 at 12rpm while the sample was stirred evenly（Rotational Viscometer：NDJ-5S:}

^{Product Features}

^{1) Conductivity: The main characteristic of highly conductive coatings is their conductivity, which can eliminate static electricity on the surface of objects or serve as conductive and heating elements.}

^{2) Printability: High conductivity coatings have good printability and are suitable for various printing methods such as screen printing.}

^{3) Adhesion: Highly conductive coatings can firmly adhere to the substrate after printing and are not easily detached.}

^{4) Heat resistance: Highly conductive coatings can withstand a certain temperature and are not easily prone to failure due to high temperatures.}

^{Application Fields}

^{It can be applied in the field of flexible electronic printing, such as touch switches, wireless radio frequency identification systems (RFID), intelligent packaging, etc; It can be applied to the preparation of biosensors, improving the sensitivity and stability of the sensors; It can be used as a conductive line material for the preparation of flexible printed circuit boards; It can also be applied to electronic devices, communication devices, and other occasions that require electromagnetic shielding.}

^{Related Information}

^{Sealed, avoid light, away from spark and heat, and keep at normal temperature. Expiry date: Six months before unsealing. Please use it as soon as possible upon opening. Precipitation may form if placed for a long time. Shake or stir it before using.}

^{Please e-mail for the detailed characterization data.}

^{E-mail:[email protected]}