Continuous indium tin oxide (ITO) films of as low as 10 Omega/square and up to similar to 2 mu m thick were prepared by forming a laminate structure of alternating indium tin complex and ITO nanoparticle layers on a substrate by solution deposition then thermal transformation of the precursor film to ITO. The characteristic formation of a dense ITO layer on the surface of ITO films was observed upon decomposition of 3,4-dihydroxybenzoate ester complexes of indium tin, which were found to become more crystalline when transformed under a reduced oxygen atmosphere at a controlled heating rate. The observed dense ITO skin formation characteristic was used in combination with sequential direct transfer to a reductive atmosphere in a two zone inline kiln to give low resistance stacked ITO films in a one-bake process. Photo-patternable indium tin complexes were also used to form the dense ITO skin on top of the stacked structure. (C) 2013 Elsevier B.V. All rights reserved.