Copper Coated Glass Applications

Electronics

• Interconnect Seed Layer: Used in microelectronic circuits to achieve uniform current distribution by leveraging the copper film's conductive properties.

• Sensor Electrode Substrate: Applied in display systems to enable stable signal conduction through the copper film.

Semiconductor Manufacturing

• Metallization Base: Used to ensure firm adhesion of subsequent metal layers in semiconductor devices, with precise control over film thickness.

• Thin-Film Transistor Foundation: Serves as a base for thin-film transistors, improving charge distribution thanks to its high conductivity.

Copper Coated Glass Packaging

The Copper Coated Glass substrates are packaged in anti-static, cushioned carriers to prevent mechanical damage and contamination. Each substrate is individually wrapped in inert film to protect against particle deposition and moisture ingress. For optimal storage, keep the material in a clean, dry environment at controlled room temperature. Custom packaging options, including barrier sealing and temperature regulation, are available to meet specific processing needs.

Additional Information

Copper Coated Glass substrates are part of a class of materials where thin metal films are deposited onto insulating substrates, a technique widely used in semiconductor manufacturing. The controlled deposition process ensures precise electrical and physical properties, vital for electronic and semiconductor applications. The interplay between copper's excellent conductivity and glass's insulating properties makes this material an essential component in modern electronic systems. With advanced deposition methods and stringent quality control, these substrates meet the high standards required for semiconductor fabrication.