our products

Sun Chemical offers a portfolio of screen applied materials that are tailor-made for a range of biosensors, including diagnostic sensors, environmental sensors and agricultural sensors.

inkjet

Inkjet technology is driving a remarkable transformation in electronics manufacturing, unlocking greater efficiency,  sustainability, and innovation. From depositing functional layers in the manufacture of PCBs, displays, sensors, semiconductors,  photovoltaics, printed and organic electronics, and beyond, inkjet technology offers significant advantages over more traditional  manufacturing methods

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Electroluminescent lighting is popular in multiple applications
and markets. SunTronic EL materials for screen printing
enable production of thin, lightweight, and flexible lighting,
which allows them to be mounted in numerous locations,
even curved surfaces.

Enzymes are biological catalysts used in a wide range of applications to detect analytes. They are integrated into numerous biosensors and other detection products. Enzyme stability is critical when working with nonconventional

pH values and temperatures. Sun Chemical has a selection of SunSens stabilized enzymes that offer opportunities to applications where the unstabilized form has limited performance.

In-Mold-Electronics (IME) is a revolutionary new way of integrating electronics into plastics. It opens up
immense possibilities for product designers and electronics manufactures to create 3D contoured smart
electronic surfaces. IME enables the production of ergonomic, lightweight and durable parts through
cost-effective manufacturing processes requiring less assembly and fewer moving parts.

SOLSYS advanced photovoltaic solutions have proven ability to deliver higher performance, excellent reliability, and higher cost-performance balance in the manufacture of advanced solar cells. The broad product portfolio of etch and plating resists and dielectrics allows for high quality patterning of metallization layers for advanced solar cell technologies, including p-type and n-type crystalline silicone cells (i.e. advanced PERC, HJT, IBC, etc.) as well as thin film solar cells (CdTe, GaAs, CIGS, etc.).