Physical Vapor Deposition (PVD) Coating

PVD Coating Provider

Main Instruments is the leading provider of Physical Vapor Deposition (PVD) coating, an advanced coating method to improve the lubricity, wear & Corrosion resistance, and hardness of parts. We capitalizes on a specialized coating process to optimize the benefits of coating. We constantly look for new coatings and processes to stay competitive and up to date on technological advances. For years we’ve provided our customers with a superior experience in our state-of-the-art facility, carefully handling our customers’ parts during the entire coating process.

We share your smile when you first time see your product after our coating. Our main objective to provide stylish and functional coating. Our coating is hard and stays longer on the instruments.

“I have never seen brighter colors other than Main Instruments.”

It is a real incredible experience for me. The quality of coating was only matched by the quality of service.

Prof. Shabbir Hussain (UET Lahore)

What is PVD Coating

PVD stands for Physical Vapor Deposition. It is a process carried out under high vacuum.
In the PVD process the high purity, solid coating material titanium, is evaporated by heat or by bombardment with ions (sputtering). At the same time, a reactive gas (e.g. nitrogen for gold color TiN, oxygen for blue color TiO and for black color TiCh is added; it forms a compound with the metal vapour which is deposited on the tools or components as a thin, highly adherent coating. A uniform coating thickness is obtained by rotating the parts at a constant speed about several axes.

Coating Colors

We have all the colors which are available in the PVD coating untill now. The main Colors are Blue, Purple, Multi, Gold, Rose Gold, Copper, Black and other Colors.

Latest Machines & Equipment

We have new machines with latest technology which give more strong coating with fresh and bright colors

Benefits of PVD Coating

Performance Benefits

Increased performance
Improved productivity
Reduced wear
Reduced friction (increased lubricity)
Increased lifespan / longevity of your part
Use less cutting oils
Increased quality

Time Benefits

Save time & effort
Reduced down time of your machine
Less time spent re-testing batches
Higher speeds & feeds

Budget Benefits

Reduced labor costs
Reduced cost of tooling

Energy Benefits

Save fuel
Increased operating temperatures