Preparation of Two-Package Inorganic High-Temperature Paint

Guo Jun Li; Jing Yang; Xiu Juan Zhao; Rui Ming Ren

doi:10.4028/www.scientific.net/AMR.602-604.1672

Paper Titles

Improvement and Sensitivity Analysis of Placement Angle Optimization in Physical Vapor Deposition Process
p.1652

Hydrophilic/Hydrophobic Behavior on Ti Foil Surface Prepared by Anodization
p.1659

Fabrication and Properties of Cu-Cr Coatings on the Inner Wall of Steel Pipe by Mechanical Alloying Method
p.1663

Erosion Experimental Study on Organ-Pipe Nozzles in Air
p.1667

Preparation of Two-Package Inorganic High-Temperature Paint
p.1672

Preparation of High-Temperature-Resistance Silicone Paints
p.1676

Electro-Spark Deposition of Composite TiB2-TiC on Electrodes’ Surface
p.1680

A Convenient Strategy to Control the Specific Surface Area of the Mesoporous Silica by Using the Poly(pseudo)rotaxanes Template
p.1685

Tension in Surface Layer of Workpiece by Different Tool´s Geometry
p.1689

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 602-604Preparation of Two-Package Inorganic...

Preparation of Two-Package Inorganic High-Temperature Paint

Abstract:

A waterborne two-package inorganic high-temperature paint was prepared by using silica sol and methyltrimethoxysilane (MTMS) as the film-forming raw materials. The results showed the talc powder not only kept viscosity of paint stability but also increased construction time. The coating on the treated aluminum alloy was obtained through spraying and curing. The coating cured at 60 oC had higher density and breakdown temperature, good physicochemical properties, heat resistance property and electrical strength.