CY11162 Platinum (Pt) Coated Glass

Platinum (Pt) Coated Glass Description

Platinum (Pt) Coated Glass is a glass substrate uniformly coated with a thin platinum film, applied using controlled physical vapor deposition techniques. The Pt film provides chemical inertness and electrical conductivity required for semiconductor integration. Uniform film thickness, measured in nanometres, ensures compatibility with standard processing equipment and contributes to stable operational performance in advanced device manufacturing.

Platinum (Pt) Coated Glass Characteristics

The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Platinum (Pt) Coated Glass Applications

Semiconductor Processing
- Used as a conductive layer in wafer fabrication to achieve efficient signal transmission by leveraging its uniformly deposited Pt film.
- Applied as a barrier layer during high-temperature processing to prevent oxidation by utilising its chemical inertness.

Microelectronics
- Serves as an interconnect substrate in integrated circuits to maintain stable electrical performance through its precise coating technique.
- Frequently employed in sensor fabrication to ensure minimal contamination and consistent conductivity by capitalising on its engineered Pt surface.

Platinum (Pt) Coated Glass Packing

The Platinum (Pt) Coated Glass is packaged in anti-static, cushioning containers to protect against mechanical damage and contamination during transit. Moisture barrier bags and protective clamshells are used to prevent exposure to external contaminants. The product should be stored in a controlled, temperature-stable environment, ideally under clean-room conditions. Customised packaging solutions are available to meet specialised handling requirements.

Additional Information

Platinum coatings on glass substrates combine the beneficial properties of both materials. The platinum film offers chemical inertness and electrical conductivity, while the glass base provides dimensional stability and optical clarity. Advanced physical vapor deposition methods ensure a uniform and controlled film, which is critical for semiconductor and microelectronic applications.

Understanding the interplay between the Pt coating and the glass substrate is essential in high-precision manufacturing. This combination supports predictable electrical behaviour and enhances performance in applications requiring stringent process controls, such as integrated circuit fabrication and sensor technology.