BUILD YOUR OWN SEMICONDUCTOR WAFER
Ganwafer possesses a strong technical R&D team, constantly improving the quality of existing wafers, like SiC, GaN and III-V compound, and developing latest material and devices as per the market.
Semiconductor Wafer Technology At Ganwafer
As a condensed matter physics research center and a leading manufacturer of compound semiconductor material in China, Ganwafer, we specialize in creating cutting-edge crystal growth and epitaxy technologies.
A wafer stands for a thin slice of a semiconductor such as SiC or GaN Wafer which is especially utilized for the fabrication of integrated circuits to manufacture high power device or RF device.
Our Wafer Category
As a leading research and manufacturing company, we are dedicated to research and create CZ silicon wafer and ingot since1990, and then develop second generation GaAs and InP wafer and the third generation SiC and GaN wafer since 2004. Therefore our wafer range from SiC/GaN wafer, III-V wafer and silicon wafer, including substrate and epitaxy.
Why Choose Us
In order to get the most efficient services, you need to hire a professional and highly skilled compound semiconductor material manufacturing company. This is where Ganwafer plays a significant role that concentrates on superior systems, unconventional engineering design, and practical research.
You must aware that semiconductor wafers are the most important part of the manufacturing procedure of our most usually used electronic devices. It helps the circuits of various electronic devices run smoothly and affect yield rate. As a knowledge and technology-intensive enterprise, we are specializing in the research and production of compound semiconductor wafers. We offer compound semiconductor material integrating semiconductor crystal growth, process development, and epitaxy. If you are seeking high-quality, proficiently made wafer products, then we are just a phone call away from your home. Call us today without any hesitation.
Ganwafer is a top-class enterprise for compound semiconductor material integrating semiconductor crystal growth, process development, and epitaxy.