Companies are increasingly pressured by market demands and regulations to develop sustainable products. This drive for sustainability extends to the electronics industry, where halogen-free plasma coatings are emerging as an eco-friendly alternative to traditional conformal coatings. These coatings protect electronic circuitry in various applications while addressing concerns associated with halogenated coatings. Halogen-free plasma coatings are created using alternative chemistries that eliminate potential PFOA production and reduce greenhouse gas dependency. They offer advantages such as rapid, scalable deposition, and creating dense, multi-layer films just nanometers to microns thick. These coatings act as a physical and chemical barrier, ensuring reliable functionality in harsh environments, including moisture, pollutants, and submersion. HZO’s presentation highlights real-world examples where reliability challenges prompted investments in device dependability and functional testing. Data analysis from industry-standard tests and application-specific methods demonstrates the effectiveness of halogen-free nanocoatings in protecting electronics. Comparative analysis against traditional coatings reveals that high performance can be maintained while promoting environmentally friendly chemistries, contributing to a sustainable future.
SpeakerCredentials
Manager, Application Engineering
