In most applications where ITO coated substrates are used, the ITO layer needs to be patterned to form electrodes, current collectors and the like. Patterning ITO is typically carried out by either a laser ablation process or a photolithography/etching process. The latter is the method we use at Riley Supplies. Send us your design, and our photolithography / etching experts will produce patterned ITO-glass to your exact specifications.
Vacuum Deposition of Metals and Metal Oxides +
Physical vapor deposition (PVD) of metals and metal oxides is widely used in a variety of industries. Examples include Low-E glass coatings, optical coatings, semiconductors, solar cells, and sensors. With our in-house photolithography capability, we are proud to offer our customers not just uniform "blanket" coatings, but also high-precision patterned films – something hard to come by at a reasonable price.
Printed Electronics on Films +
The growing demand for low‐cost, miniaturized, flexible, and lightweight electronic components and devices has prompted increasing interest in the development of printable electronics. Whether you want a manufacturer to turn your design into a prototype or a product, or you need expert advice on ink formulation or design of the printing process, our specialists in the field and our state-of-the-art facilities will surely be able to assist you.
Custom Synthesis of Monodisperse Polymer and Silica Spheres +
Polymer and silica microspheres are widely used in different areas such as flat panel displays, analytical instruments, and biomedical applications. We can provide PMMA, PS, and Silica based microspheres, and dye- and protein-labeled specialty microspheres. Spheres of submicron sizes are also available. Please let us know your specific need, and we will deliver the product that is right for you.