VD0609 Chrom-Titan (Cr/Ti)-Vapour Deposition Materials

Description

Chrom-Titan (Cr/Ti) vapor deposition materials are employed in a range of thin film deposition procedures and coating applications. They maintain stability at elevated temperatures owing to a high melting point and have been measured as providing constant evaporation rates. The materials have been evaluated for corrosion resistance, which ensures an extended service life in corrosive environments, and they reliably adhere to various substrates to produce coatings with consistent performance. In addition, these materials exhibit optical properties that meet technical criteria for optical coatings and thin film devices. Their experimentally verified properties support their use in various industrial applications.

Specification

Applications

1. Optical coatings and thin films: Chrom-Titan vapor deposition materials are utilised to deposit thin layers with measured optical performance. They have a high refractive index and sufficient transmittance. They are used in optical components such as mirrors, lenses and filters. Consequently, the coatings may be adjusted to modify reflectance, transmittance or absorption as required by technical specifications.

2. Decorative coatings: Chrom-Titan alloys are applied by deposition to produce coatings with a defined appearance. In the automotive and jewellery industries, the coatings have been recorded as enhancing the visual characteristics of products.

3. Corrosion protection: The corrosion resistance of Chrom-Titan vapor deposition materials qualifies them for use as protective coatings. When deposited on metal surfaces, these coatings form a barrier that, according to quantitative measurements, extends component lifespan in corrosive conditions.

4. Electrical applications: Chrom-Titan alloys possess electrical conductivity that meets the standards for electronic components and thin film circuits. They are applied to form conductive layers for electrodes, resistors and other electronic devices, thereby contributing to the consistent performance of electrical systems.

5. Magnetic materials: Chrom-Titan alloys have been observed to exhibit magnetic properties. They are employed in producing magnetic layers and thin films for devices such as storage units and sensors.

6. Vacuum deposition techniques: Chrom-Titan vapor deposition materials are utilised in processes including thermal evaporation and sputtering. These methods allow precise control of deposition rates and film thickness. Given that measurements align with technical specifications, the processes yield thin films of uniform characteristics.