PRACHTIG – Professionele geavanceerde keramische productiefabriek

Boron Nitride (BN) has reconceptualized itself as a high-performance material wherein the synergy of an exceptional thermal conductivity, electrical insulation and great hardness has rendered it a very important ingredient of high-performance products. Yet, its actual potential is realized by surface modification - turning BN into an even more potent instrument in your industry. You can make a significant change in device efficiency, product life and eliminate material limitations that challenge competitors by tuning its properties. BN is already becoming invaluable in electronics and in aerospace where other materials cannot deliver. The guide investigates how high-end surface treatment makes BN […]

Introduction Silicon nitride and silicon carbide materials are widely used due to their standout properties. These two advanced ceramics, however, provide your applications with distinct strengths. Whether your process involves high temperatures, electrical insulation, or high stress, choosing the right ceramic is key to your product’s performance and durability. This guide compares silicon carbide vs silicon nitride characteristics and industry uses to help you understand and make an informed buying choice. What are Silicon Nitride Vs Silicon Carbide as Your Advanced Ceramics? Silicon Carbide (SiC) and silicon nitride are both technologically advanced ceramics that benefit your high-performance uses by way […]

Why does not your smartphone processor melt? Boron Nitride Ceramics protects delicate circuits from harsh heat, the biggest challenge in chip manufacturing. These amazing materials handle temperatures over 1800°C to protect expensive equipment from electrical damage and contamination failures. Why BN Ceramics Matter For Chip Making Boron nitride stands out among advanced ceramic materials. You get heat transfer that’s 10 times better than normal ceramics to protect expensive silicon wafers in high temperature processes. BN materials block electrical flow because of their wide energy gaps. Chip manufacturing tools require this protection when working with powerful electric fields. Hexagonal boron nitride […]