High-performance ceramics are revolutionizing semiconductor production
Fine ceramics boast outstanding heat resistance, corrosion resistance, and durability.
At NGK Insulators, we draw on these qualities to make a range of ceramic products for use on semiconductor lines, where their performance stability is ideal for environments in which they're exposed to corrosive gases and plasma.
Molded and fired using our original hot pressing method, our fine ceramics contain virtually no impurities that can adversely affect semiconductors.
The high-purity ultrafine crystals offer outstanding insulated resistance properties and improve semiconductor productivity.
In addition to electrostatic chucks and ceramic heaters, we make aluminum nitride, aluminum oxide, silicon carbide, and silicon nitride chamber components for a broad range of applications.
Our unique, high-precision ceramic technologies push electronics further into the future.
Superior strength, fatigue resistance, and spring performance help make electronic devices smaller, lighter, and more reliable.
The alloy resulting from adding a small amount of beryllium to copper adds the strength and durability of special steel to copper's characteristic heat and electrical conductivity.
Strip and fine wires made from beryllium copper alloy are resistant to fatigue and exhibit long service life, making this the ideal material for reliable conductive springs and contact points across a broad range of applications, including mobile phones, household appliances, cars, and industrial machinery.Here, the alloy makes significant contributions to reliability while reducing product size and weight.
Here at NGK Insulators, we oversee beryllium copper alloy production, processing, and sales bases in the US, Europe, and Asia, where advanced production technologies and uncompromising quality control generate products sought after by world industries.