Electroninks and SIIX extend their collaboration to advance additive high-frequency electromagnetic interference (EMI) shielding solutions across a range of electronics applications.
The collaboration combines Electroninks’s advanced metal-organic decomposition (MOD) conductive ink platform and spray coating process knowledge with SIIX’s large-scale Electronics Manufacturing Services (EMS) infrastructure and global manufacturing presence. Together, the companies aim to help customers establish and evaluate additive EMI shielding approaches for a broad range of electronics, with automotive being one of several potential target applications. SIIX has introduced spray coating equipment and prepared a specialised ultrasonic spray coating environment, enabling it to support prototype coating trials for a variety of products.
“As electronics across automotive and many other industries become denser and operate at higher frequencies, EMI shielding is evolving from a component-level consideration into a system-level engineering challenge,” said Takashi Mochizuki, director of sales and business development at Electroninks. “This collaboration brings together advanced conductive materials, a specialised ultrasonic spray coating environment, and global manufacturing expertise so we can work directly with customers to establish coating processes suited to their products, from automotive electronics to a broad range of other applications.”
Under the expanded relationship, SIIX serves as a distribution and collaboration partner for Electroninks’ EMI shielding materials and processes within Japan. SIIX has introduced spray coating equipment and established a specialized ultrasonic spray coating environment, and the partners are now ready to work with customers to establish suitable printing and coating processes together, beginning with prototype coating trials rather than immediate volume production.
Electroninks’s additive EMI shielding platform enables conductive coatings to be deposited directly onto complex geometries using precision spray coating processes, creating lightweight alternatives to traditional metal shielding enclosures such as those used in ECUs, Power Control Units (PCUs), and a wide range of other electronic assemblies.
