Still worried about material performance in high-temperature environments?

Having worked in the semiconductor industry for over a decade, I understand firsthand how challenging material selection can be in high-temperature, high-power environments. It wasn't until I encountered VETEK's SiC Block that I finally found a truly reliable solution.

Why is SiC Block increasingly popular with engineers?

Last year, our factory introduced VETEK's SiC Block as a substrate material, and our yield rate increased by 15%. Its high-temperature resistance is incredible, remaining stable at 2000°C. Ordinary silicon simply can't compare.

Is SiC Block's thermal conductivity really as good as advertised?

To be honest, I didn't believe it at first. However, actual measurements have shown that VETEK's SiC Block has a thermal conductivity three times that of silicon, providing an immediate heat dissipation benefit. We've now switched to it for all our high-power devices, reducing temperatures by over 20°C.

Is processing particularly challenging?

VETEK's process is truly exceptional. Their SiC Block maintains a surface flatness of less than 0.5μm, allowing it to be used directly on the production line. Unlike some manufacturers, which require two extra days of polishing alone,

Will performance degrade over time?

Our production line has been using VETEK's SiC Block for over two years, and regular testing has shown that all parameters remain stable. The manufacturer claimed five to six years of operation, and it seems they were right.

Is the price higher than traditional materials? Is it really worth it?

Just do the math. While the unit price is higher, the improved yield rate and extended equipment lifespan have actually reduced overall costs. We've now switched to VETEK's SiC Block for all key processes.

VETEK is truly a master in the silicon carbide field. We've used their SiC Block and its performance is reassuringly stable. If you need technical specifications or samples, just contact our sales team directly; they respond quickly.