Literature
 
   Wear Resistant Coatings Via Directed Vapor Deposition
 
   Directed Vapor Technologies International - Capabilities Brochure (PDF)
 
   Directed Vapor Deposition: Low Vacuum Materials Processing Technology (PDF)
 
   An Electron Beam Method for Creating Combinatorial Libraries: Application to Next Generation Thermal Barrier Coatings Systems (PDF)
 

In The News
 
    3 UVA-related firms get national honor
 
    Applying Perfect Coatings
 

Appearances
 
2009 Materials Science & Technology Conference and Exhibition
David L. Lawrence Conference Center, Pittsburgh PA
October 25-29, 2009
Dr. Gogia presenting matscitech.org
 


DVTI: Coating technology for the future

Our Vision

To develop and apply the next generation of advanced coatings. Directed Vapor Deposition (DVD) is an advanced approach for vapor depositing high quality coatings. This process is capable of depositing thin or thick films, with highly controlled compositions and architectures, onto Line-of-Sight and Non-Line-Of-Sight (NLOS) regions of complex components.

Our Objective

"To utilize the unique capabilities of the DVD process to create competitive advantages for our customers." -Harry Burns, President and CEO



DVTI's state of the art 3 generation DVD coater

The DVD III is a production capable coater whose vacuum chamber measures 3ft x 3ft x 6ft, with the potential to easily coat complex objects up to 15in x 15in x 15in. Specialty objects such as tubular structures as well as reel-to-reel tapes exceeding 15 in. can be accommodated with adjustments. DVD III is intended to evaluate production techniques and prove customer specific concepts. It is also designed for production operations. The source material is melted in three 1" diameter actively cooled copper crucibles by the continuous mode 60KW electron gun capable of multisource beam scanning. Other melt pool designs are available with a minor reconfiguration. The high operating voltage of 75KV allows the beam to work at high chamber pressures, further increasing the available deposition parameter space. The fully computer controlled operation allows for repeatable deposition campaigns at a low cost per run.