Enhance, Protect, and Prolong with GVD Coatings and Systems
GVD’s Ultrathin Polymer Coatings are based on the latest CVD polymerization technology and proprietary materials that outperform conventional coating technologies. Whether you need help with a manufacturing process, protection for electronics, or have a new cutting edge application, GVD’s premier coating services are fast and scalable and can be tailored to virtually any application.
For High Frequency Electronics
SignalSeal is an advanced and proven vapor deposited polymer coating that provides unprecedented protection for circuit boards & devices in extreme environments without adding weight or sacrificing RF or high-speed digital performance.
For Solvent-free, Non-stick Surfaces
GVD’s thin film PTFE can transform surfaces to be non-stick, low friction, hydrophobic and lubricous through a contactless coating application free of harsh chemicals or high temperature processing.
Additional Coatings From GVD
Bar against the ingress of gases and liquids to protect even the most corrodible or oxidizable materials.
Provide electrically switchable wetting properties for electrofluidic devices with maximum voltage response for unprecedented droplet motion control.
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 laboratories to bypass the costly and time consuming process of developing a custom polymer chemical vapor deposition (CVD) system to get to experimenting right away.
What’s New at GVD
Webinar: High-Performance Conformal Coatings Evolve for RF Circuits
High-Reliability Applications Need High-Reliability Conformal Coatings For RF Circuits
Learn How Conformal Coating has Evolved for Critical Applications
A new breed of conformal coating allows for common and efficient mass assembly processes, military-grade ruggedness, and minimal impact on RF and high-speed digital performance.
I’d like to discuss my application with a GVD engineer.