REG Metals supplies Calcium Carbonate Crystal Substrates (CaCO₃ Crystal Substrates) for advanced materials research, crystal growth studies, biomineralization research, optical applications, surface science, and thin-film development. Calcium Carbonate is an inorganic crystalline material available in several polymorphs, including calcite, aragonite, and vaterite, with calcite being the most stable and commonly used form.
Calcium Carbonate Crystal Substrates are valued for their well-defined crystal structure, smooth surface morphology, optical transparency in specific wavelength ranges, chemical stability, and compatibility with surface modification techniques. These substrates are widely used as model surfaces for studying crystal growth, adsorption phenomena, biological mineralization, coatings, and functional material deposition.
REG Metals supplies high-quality Calcium Carbonate Crystal Substrates with controlled crystallographic orientation, surface finish, dimensions, and purity levels. Custom sizes, thicknesses, orientations, and polished surfaces are available for research laboratories, universities, and advanced material development applications. Materials can be supplied with a Certificate of Analysis (COA) and complete material traceability.
