Flexible Electronics News

Sun Chemical Heads to TechBlick’s The Future of Electronics RESHAPED 2025

Sun Chemical will showcase its solutions for electronic materials.

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By: DAVID SAVASTANO

Editor, Ink World Magazine

Sun Chemical will showcase its solutions for electronic materials at TechBlick’s The Future of Electronics RESHAPED 2025 in Boston, MA.

“With a focus on printed electronics and biosensors, TechBlick’s exhibition gives us an exciting opportunity to display our newest innovative electronic product portfolios that contribute to key advancements in critical markets,” said Tony Searle, managing director, Screen and Electronic Materials, Sun Chemical. “Our expanded range of electronic materials helps brands meet sustainability goals, cut costs and operate more efficiently while staying ahead of fast-moving trends.”

Sun Chemical’s printed electronics on display will highlight the SunTronic product portfolio, designed to meet demand for cost-effective manufacturing and easier integration of electronics with other materials like plastics. SunTronic solutions feature high-resolution-capable silver ink for metal mesh-based transparent capacitive switches, UV-LED curable dielectric ink, as well as silver, carbon and dielectric ink technologies for in-mold and stretchable electronics applications.

For the biosensors market, Sun Chemical will exhibit its range of SunSens solutions, which include tailor-made functional materials designed specifically for printed electro-chemical sensors. These materials can be used for various applications, from health diagnostics to environmental monitoring and agricultural sensing.

Dr. Erika Rebrosova, global technology manager of Electronic Materials at Sun Chemical, will present “Inks for Electrochemical Biosensors – Requirements, Challenges and Opportunities” at the show on June 11 at 2:35 p.m. The presentation will provide insight into new requirements for biosensor materials, as well as material properties and performance evaluation methods used for characterization of electrochemical functional materials.

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