Introduction to Industrial Ceramics: More Than Just “The Art of Clay” When we talk about “ceramics,” you might think of exquisite porcelain and everyday tableware. But industrial ceramics are completely different from these traditional ceramics; they are more like the “special forces” […]

Alumina ceramic, an inorganic non-metallic material with α-Al2O3 as the main crystal phase, has become an ideal choice for high-end fields such as medical, electronic, and food processing due to its excellent mechanical properties, outstanding chemical stability, and completely non-toxic characteristics. This article

Bulletproof ceramic materials have revolutionized traditional armor protection systems through high-hardness fragmentation mechanisms and lightweight composite structures. This article systematically analyzes the performance characteristics of three core bulletproof ceramics—alumina (Al₂O₃), silicon carbide (SiC), and boron carbide (B₄C)—revealing their three-step bulletproof mechanism of projectile blunting,

Abstract: In industrial ceramics, balancing cost and performance is a core challenge. This article analyzes how to maximize the value of ceramic components through scientific decision-making across four dimensions: process selection, production volume, design complexity, and cost optimization strategies. Introduction: Cost Drivers in Ceramic

In an overheated world, thermally conductive ceramics are becoming indispensable cooling technology solutions for electronic devices, energy systems, and space exploration. Thermal management has become one of the most critical challenges in modern technology. As the power density of electronic