
Chemical Vapor Deposition Technologies | GVD Corporation
Mar 31, 2023 · GVD’s polymer coating experts are able to develop unique coating technologies to solve most surface coating challenges. GVD’s coating equipment enables research and development …
About GVD Corporation
GVD scientists and engineers are continually researching and developing new coatings with novel properties that are smart, functional, and even radical. Our team is a diverse and experienced group …
WORKING WITH GVD
GVD offers onsite application development services at our Cambridge, MA location. Customers can ship their parts directly to our facility, to be processed by GVD’s team of skilled technicians and …
Updates | GVD Corp
Sep 30, 2022 · Recognizing the need, GVD responded to an SBIR to innovate a coating solution that is able to reduce the force required to move the rubber stopper through the syringe as well or better …
GVD Corporation Careers
GVD is an agile, growth-oriented and innovative person company focused on a platform polymer vapor deposition technique. GVD is known for its cutting-edge work on novel coating technologies across …
PLATFORM TECHNOLOGY - GVD Corp
GVD’s platform technology is a polymer deposition process called Chemical Vapor Deposition (CVD), which produces high performance and high-quality films directly on the surface of the substrate from …
Coating Equipment | GVD Corp
We help research labs reduce design, installation and material discovery time through our expertise in CVD coating equipment and coating technology licensing.
PTFE Coating | GVD Corp
Many applications require non-stick surfaces that don’t react with materials. Traditional coating methods often fall short, but not GVD’s PTFE non-stick coating.
Contact a Coating Specialist | GVD Corp
CONTACT GVD Get in Touch to Find the Right Coating Solution for You. GVD’s research and development center is located at the heart of Cambridge MA: a high-tech, bio-tech, and chem-tech …
Protecting Perovskite Solar Cells from Water Vapor-Induced ... - GVD …
GVD’s barrier coatings have a water vapor transmission rate ~100x lower than that of the industry standard encapsulation material for silicon solar cells, ethylene vinylacetate.