Electronics and Semiconductors
SiC is an essential material for advanced semiconductors designed to operate under high temperatures, high voltages, and high frequencies. These devices are widely used in power conversion systems, as well as in hybrid and electric vehicles, and next-generation communication equipment.

Abrasives and Cutting Tools
With exceptional hardness and wear resistance, SiC is widely employed in grinding wheels, sandpapers, and precision cutting tools. It enables efficient machining of metals, ceramics, and composites that conventional abrasives cannot handle.

High-Temperature Equipment
SiC’s ability to endure extreme thermal cycling makes it ideal for industrial furnaces, heating rods, and kiln components. It ensures durability and efficiency in demanding processes such as glass production, metallurgy, and ceramic sintering.

Automotive Industry
In automotive engineering, SiC enhances performance in brake systems, clutches, and engine parts. Its thermal stability and mechanical strength contribute to improved safety, reduced wear, and higher efficiency in modern vehicles.

Aerospace and Defense
SiC is valued in aerospace and defense for lightweight armor plating and ballistic protection. Its high hardness, combined with low density, provides effective shielding against impact while minimizing additional weight.

Energy and Renewables
In clean energy technologies, SiC supports higher energy conversion efficiency. It is used in solar inverters, high-brightness LEDs, and power electronics, helping reduce energy losses and boost overall system reliability.

Ceramic Matrix Composites
As a reinforcement in CMCs, SiC delivers outstanding strength and thermal resistance. These composites are critical for turbine blades, jet engines, and other high-performance systems where metals fall short.

Nuclear Applications
SiC is under active development for nuclear technology, serving as a candidate material for reactor fuel cladding and waste containment. Its resistance to radiation and excellent thermal conductivity make it a promising solution for safer, more efficient nuclear systems.