Titanium-Plasma PVD Coating

Titanium-Plasma PVD (Physical Vapor Deposition) coating is the process of applying titanium to a surface using an advanced technology, physical vapor deposition method. In this technique, the surface to be coated undergoes a special treatment under high vacuum and at very high temperature. As a result, the titanium layer that sticks to the surface both creates a protective barrier and gives it a decorative feature. This type of coating has a wide range of uses and can be used to cover many types of metal surfaces.

Key Benefits:

  1. Extremely hard structure
  2. Resistant to abrasion and scratches
  3. Low coefficient of friction
  4. Excellent temperature stability
  5. UV resistance
  6. Aesthetic appeal (glossy finish)
  7. Environmentally friendly (no harmful waste)
  8. Resistance to seawater, acids, and other corrosive substances

Titanium-Plasma PVD Coating Technique & Process

Titanium-Plasma PVD coating process is a very technical and meticulous process. The process is usually carried out under high vacuum. In the first stage, the part to be coated is cleaned in detail and its surface is smoothed. Next, titanium is used as a target and this target is exposed to the ion plasma. This plasma accelerates high-energy titanium ions towards the surface of the part. These ions interact with the surface to form a tight and durable coating.

Technical Specifications of Titanium-Plasma PVD Coating

Titanium-Plasma PVD coating is in high demand thanks to its many outstanding properties. First of all, this type of coating has an extremely hard structure. This feature ensures that the surface is resistant to abrasion and scratches. In addition, it offers a low coefficient of friction and thus allows the surface to move more comfortably with less energy. Moreover, the titanium-Plasma PVD coating has excellent stability over a wide temperature range and is resistant to ultraviolet rays.

The Advantages of Titanium-Plasma PVD Coating

Titanium-Plasma PVD coating has many advantages. This technology both increases the aesthetic appearance of the surface and protects it against various external factors. The glossy and durable surface provided by the coating causes the application to be preferred in many areas. Also, the PVD process is an environmentally friendly technique because it does not produce harmful waste. In addition, the fact that titanium-plasma coating is a fast and economical process provides a great advantage, especially in industries where production speed and coating quality are very important.

Advantages:

  1. Enhanced durability
  2. Improved aesthetics
  3. Reduced friction
  4. Temperature resistance
  5. UV protection
  6. Environmentally friendly

The Uses of Titanium-Plasma PVD Coating

Titanium-Plasma PVD coating has a wide range of uses and is preferred in many industries due to its decorative properties and durability. Especially the automotive, watchmaking, aviation, medical (surgical instruments) and electronics industries are among the sectors where this coating is used the most. In the automotive industry, this coating is often used to protect wear-resistant parts and high-temperature components. Also, in the watchmaking and jewelry industry, this coating is used to make surfaces of various metals and materials aesthetically appealing, while also providing durability.

Industries Served:

  1. Aerospace
  2. Automotive
  3. Aviation
  4. Medical (Surgical Instruments)
  5. Watchmaking and jewelry
  6. Industrial machinery
  7. Decorative hardware

Specialty and superiority of Titanium-Plasma PVD coating (Ion coating) technology

Compared with vacuum evaporation coating and vacuum sputtering coating, the Titanium-Plasma PVD Ion coating has the following superiority:

1. The adherence power between coating and product surface is stronger; the coating has better wear resistance and
longer lifetime.
2. The turnaround property of ions is better, can coat products that have complicated shapes.
3. The deposition rate of the coating is more rapid, the productivity is higher.
4. The kinds of coatings are more widely.
5. The Titanium-Plasma PVD coatings have better chemical stability and safety (has been certificated by FDA, can be
implanted into people’s body).