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• Design of Alumina Ceramic Liner Installation Structures and Key Technical Points for Failure PreventionIn field applications, detachment and fracturing are the most common failure modes of alumina ceramic liners. In most cases, these failures are not caused by quality issues of the ceramics themselves, but by improper structural design, installation processes, or substrate preparation. This article introduces three mainstream installation structures—adhesive-bonded, bolt-fixed, and composite liners—analyzes the causes of failure, and provides key points for engineering design and construction con
• Alumina Wear-Resistant Ceramics: The Hardcore Armor of IndustryIn the roar of high-speed industrial equipment, wear and corrosion of metal components are like invisible blades, constantly eroding production efficiency and equipment service life. When traditional materials frequently fail under extreme operating conditions, alumina wear-resistant ceramics, with their extraordinary physical properties, are reshaping the competitive landscape of wear protection as “industrial armor.”
• Impact Resistance of Ceramic Rubber Vulcanized Plates: An In-Depth AnalysisCeramic rubber vulcanized plates, also known as ceramic rubber composite liners, are composite wear- and impact-resistant materials. By combining the high hardness of ceramics with the high elasticity of rubber, they deliver outstanding impact resistance and are widely used in material handling and impact-buffering applications in mining, metallurgy, ports, building materials, and other industries. Their impact resistance is not simply the sum of the properties of individual materials. Instead,