Brief: Step into our short showcase to explore the solution’s standout capabilities. In this video, you'll see a detailed demonstration of the 0.1 mm Optical CVD Diamond Plate, highlighting its exceptional transmission spectrum, thermal conductivity, and applications in high-power lasers and spectroscopy. We'll walk you through its precision manufacturing, including laser-cut edges and polished surfaces, and explain how it outperforms natural diamond for cutting-edge technical uses.
Related Product Features:
Features an extremely broad transmission spectrum with over 65% at 1064nm and over 70% from 8μm to 25μm.
Boasts the highest thermal conductivity, typically exceeding 1900 W m⁻¹ K⁻¹, for efficient heat management.
Chemically inert and biocompatible, enabling operation in corrosive and medical environments.
Scratch-resistant with low birefringence and absorption for durable, clear optical performance.
Available in thicknesses up to 3 mm and a wide range of shapes including circle, square, and trapezoid.
Offers high-quality surface finishes and superior edge quality in ultra-precision machining.
Laser-cut edges with precise orientation and lateral tolerance of +0.1/-0.1 mm for accuracy.
Polished sides with roughness Ra < 10-30 nm and flatness within 2µm for optimal clarity.
FAQs:
What are the primary applications for the 0.1 mm Optical CVD Diamond Plate?
This optical diamond window is ideal for high-power CO2 and solid-state lasers, spectroscopy, semiconductor processing, terahertz and radar applications, biomedical optics, and defense and aerospace imaging, among other cutting-edge technical uses.
How does the thermal conductivity of CVD diamond compare to other materials?
CVD diamond offers the highest thermal conductivity, typically exceeding 1900 W m⁻¹ K⁻¹, which outperforms many traditional materials and ensures efficient heat dissipation in demanding applications.
What sizes and shapes are available for this optical diamond window?
It is available in sizes from 2-15 mm for single crystal CVD diamond, with thicknesses from 0.05-3 mm, and shapes including circle, square, triangle, and trapezoid, up to dimensions like 10x10x2 mm and 15x15x0.5 mm.
What are the key advantages of using CVD diamond over natural diamond?
CVD diamond provides consistent and predictable material properties, superior edge quality in machining, high-quality surface finishes on abrasive materials, and outperforms natural diamond in reliability and performance for precision applications.