PPG TESLIN® EMI/RF Shielding Material

PPG TESLIN® EMI/RF (electromagnetic interference/radio-frequency) shielding material is a durable, flexible, moldable and affordable solution for electronic applications that require shielding to function properly, protect RF transponders from illegitimate reading or writing, or provide a durable grounding path.

Unlike rigid shielding tapes and foils, Teslin EMI/RF shielding material can easily conform to unique shapes and sizes without losing conductivity if it is stretched, bent or folded.

Customizable for Functionality and Performance
Coated with PPG conductive inks, this advanced material can be customized to satisfy specific end-use requirements for product functionality and shielding effectiveness.

Coverage options for the high-performance conductive inks include a range of solid-fill and grid pattern designs. Teslin EMI/RF shielding material customers can specify fully or partially coated products, allowing inks to be applied in precise locations.

Design, Purchasing and Production Options
Teslin EMI/RF shielding material can be folded, molded, stitched, glued, perforated and elongated without losing shielding performance. Available in multiple grades and thicknesses, the EMI/RF shielding material can be ordered in sheets, master roll and slit rolls.

EMI/RF Shielding Applications
Teslin EMI/RF shielding material is ideal for electronic applications that require shielding to function properly, protect RF transponders from illegitimate reading or writing, or provide a durable grounding path. Common examples include pouches for credit cards, cell phones and electronic toll passes, grounding tapes, circuit boards, safe rooms, actuated chips, antennas and electronic devices.

It can also be used in electronic passports (e-passports) and other secure credentials because of its ability to protect against fraudulent access to personal data.

Contact us to learn how Teslin EMI/RF shielding material can be customized to meet your specific application or electronic product use.