Materials

Materials such as quantum dots, nanoparticles, thin films, and bulk crystals form the foundation of modern science and technology, and they are widely used in many aspects of daily life. However, research and development applications often demand higher purity, tighter tolerances, and more precise material properties than those required for common commercial uses.

We supply high-quality materials for scientific research, advanced material studies, and analytical applications. Our product lineup includes:

  • Substrates and wafers – the essential building blocks of semiconductor technologies, providing the structural and functional basis for device fabrication.
  • Scintillators – specialized optical materials that convert invisible radiation into detectable light, enabling radiation detection, imaging, and analytical measurements.
  • Other advanced functional materials – supporting a wide range of cutting-edge applications in optics, electronics, photonics, and materials science.

Substrates and wafers

Substrate wafers are thin crystalline slices—typically silicon or sapphire—that form the base for semiconductor, photonics, and MEMS devices. Their uniform thickness and high-quality surfaces enable precise micro- and nano-fabrication. High-performance wafers are essential for reliable, scalable production of advanced electronic and optical technologies. Typical properties of our substrates and wafers,

  1. High Purity: all of the are high purity than 99.99%
  2. Smooth surface: surface roughness less than 2nm. 
  3. Low defects than most of comercial products.

Scintillators:

Scintillators are specialized materials that emit light when exposed to high-energy radiation such as X-rays, gamma rays, or charged particles. They are essential in radiation detection, medical imaging (CT, PET), security inspection, and scientific research. The choice of scintillator—such as CsI, LYSO, BGO, or NaI—directly impacts detection efficiency, energy resolution, and response speed. High-performance scintillators enable more accurate measurements and clearer imaging, making them a critical component in modern radiation-sensing systems.

Typical properties of our substrates and wafers,

  1. High Purity: all of the are high purity than 99.99%
  2. Custom design shape , even for single unit 
  3. Affordable Price

Other function materials (crystals):

In addition, we also provide a range of other high-quality functional materials to support advanced research and specialized applications.

Our mission is to supply researchers and engineers with reliable, precise, and high-performance materials that meet the demanding requirements of next-generation technologies.

Feel free to contact us at support@design-realized.com to explore the world of advanced materials.