Titanium is a silver-gray transition metal known for its light weight, high strength, corrosion resistance, and excellent physical and chemical properties. Titanium target materials are typically provided in high-purity metal blocks, pellets, or target forms, suitable for various processes such as vacuum evaporation, electron beam evaporation, and magnetron sputtering. Titanium thin films have good adhesion, uniform density, and smooth surfaces during formation, which effectively improve the mechanical, optical, and electrical properties of the films. Due to its strength, wear resistance, and chemical inertness, titanium target materials are widely used in high-end fields such as optics, electronics, energy, aerospace, and decoration.

In addition, titanium's high-temperature stability and low-density characteristics provide unique advantages in applications requiring lightweight, high-temperature resistance, and high-precision films. Through advanced evaporation processes, titanium films can achieve various functions, such as protective coatings, decorative films, reflective coatings, and functional electronic films, offering reliable material support for various high-end devices.

Excellent Properties of Titanium

• High Purity

  Purity can reach 99.9%–99.99%, with low impurity content ensuring stable and reliable film performance.

• Excellent Mechanical Properties

  High hardness, wear resistance, and strong adhesion ensure long-term stability.

• Excellent Chemical Stability

  Resistant to acid, alkali, and corrosion, enabling long-term operation in complex environments.

• Excellent Optical Properties

  Can form high-reflectivity or high-transmittance films, suitable for optical coatings and functional film applications.

Wide Applications of Titanium

1. Optical Device Manufacturing

   Used in high-reflection mirrors, optical filters, lenses, and laser optical components to improve optical performance and durability.

2. Semiconductor Manufacturing

   Used as conductive or functional film materials to improve stability and performance in microelectronic and semiconductor devices.

3. Photovoltaic Industry

   Used in solar cells, energy storage devices, and functional films to improve photovoltaic conversion efficiency and device lifespan.

4. Decorative and Functional Coatings

   Applied in high-end watches, jewelry, mobile phones, and automotive decorative films, balancing aesthetics and wear resistance.