Ceramic reflectors are engineered to deliver highly efficient light reflection and direction across a wide range of applications. Unlike conventional reflectors manufactured from metals such as alumin…
News & Insight
Aluminum Nitride (AlN) wafer substrates have become an essential material in today’s semiconductor industry, valued for their outstanding thermal and electrical performance. Their compatibility with s…
In sectors where precision grinding is non-negotiable, Zirconium Beads and Mill Jars have become go-to tools known for their toughness, operational efficiency, and consistent results. Crafted from Zir…
As the new energy vehicle industry continues to advance, thermal management of batteries—one of their core components—has become an issue of growing significance. Effective temperature regulation in b…
Zirconia ceramic ball mill jars are essential components across various grinding and mixing equipment types. Among these, horizontal and planetary ball mills are the most widely utilized configuration…
BAN represents a significant advancement in machinable ceramics. This composite material uniquely blends Aluminum Nitride (AlN) with Boron Nitride (BN), resulting in a hybrid ceramic offering outstand…
Grinding media are essential force-transfer components in milling operations. Their performance directly impacts processing efficiency, precision, and final product quality. Below is a practical analy…
Microporous ceramics are functional structural ceramics characterized by a high volume of tiny open or closed pores, typically micron or sub-micron in size, distributed within their structure or on th…
The Rise of Zirconia Ceramic Blades Zirconia ceramic blades are gaining significant traction across industries, driven by their exceptional cutting edge strength, remarkable flexural strength, and out…
These alumina pads solve a basic but critical problem: they create an efficient thermal highway between hot components (like power switches) and their heat sinks or cooling systems. By filling microsc…
INNOVA Suppplies ceramic interface pads solve a fundamental problem: they create reliable thermal pathways between hot components (like power transistors) and their heat sinks, eliminating pesky air g…
Alumina ceramic balls derive from highly pure aluminum oxide.They exhibit defining features: precise shaping, exceptional toughness, strong wear resistance, and stable chemical resistance.This profile…