Electronic & Electrochemical Materials
Gore's unique expertise in polymeric dielectrics has led to the development of a broad array of high-performance signal transmission products. In addition, Gore supplies the most technologically advanced portfolio of Membrane Electrode Assemblies (MEA products) for the polymer electrolyte, or proton exchange, membrane (PEM) fuel cell industry.
EMI Shielding & Grounding Solutions
EMI Gaskets
EMI Shielding & Grounding Materials
GORE® EMI Shielding Materials offer EMI shielding effectiveness from low frequency to 40 GHz and works in solutions ranging from snap-together plated plastic shields to plated magnesium housings.
MORE
GORE snapSHOT Board-Level EMI Shield
Board-Level EMI Shields
GORE™ SNAPSHOT™ EMI Shields are revolutionary, multi-cavity, board-level EMI shielding products for wireless communication devices. The technology consists of a lightweight, metalized plastic shield that is thermoformed to virtually any design, and an innovative attachment mechanism using solder spheres as individual mechanical snap features.
Fuel Cell Components
GORE™ PRIMEA® MEAs for Stationary Power
GORE® PRIMEA® MEAs for Stationary Power
Gore’s deep, fundamental understanding of degradation mechanisms has allowed us to develop a new series of MEA with a unique combination of durability and power density.
GORE™ PRIMEA® MEAs for Transportation
GORE® PRIMEA® MEAs for Transportation
Gore MEAs can operate in dryer and hotter operating conditions, allowing for smaller, more powerful fuel cell stacks with greater system simplification.
GORE™ PRIMEA® MEAs for Portable & Backup Power
GORE® PRIMEA® MEAs for Portable & Backup Power
Gore’s patented thin and extremely durable membrane and high activity electrodes allow smaller and more powerful portable fuel cell devices without the need for external humidification.
Electrochemical Device Components
Electrochemical Device Components
GORE® Components for Electrochemical Devices include MEAs, membranes, and other components for a variety of electrochemical applications.