Sell EDOT/EDT

Description

Chemical Name: 3, *-ethylenedioxythiophene Abbr.: EDOT/EDT Cas No.: **********1 Purity: *9%, *9.5%, *9.7%, *9.9%Min(GC) Specification The polymerization can be carried out electrochemically or with an oxidizing agent such as an iron (III) salt. Polymerization in solution usually leads to insoluble, infusible powders with powder conductivity values up to *0 S/cm. Thin coatings prepared ***** by spin-coating reveal conductivities of more than **0 S/cm. PEDT displays markedly better properties in comparison with other organic conductors such as polypyrrole and polyaniline. Higher transmission in the visible spectrum with comparable conductivity = transparent, colorless to bluish coatings Minimum surface resistively of approximately **0 ohms/square can be achieved, depending on the manufacturing conditions Better resistance to hydrolysis Good photo stability and good thermal stability High absorption in the range of **0 to ***0 nm No absorption maximum in the visible spectrum up to **0 nm PEDT made from EDOT can be used for the manufacture of intrinsically conductive, transparent coatings. The manufacture of antistatic and/or conductive coatings must be specifically adapted to the substrate to be coated. More detailed information concerning our previous experience with polymerization on various substrates and concerning possible PEDT solutions is available on request. Product Capability High conductivity High transparency High stability Easy processing