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Electrochemical Device & Fuel Cell Components

Gore’s deep understanding of expanded polymer membrane technology has significantly impacted humanity in various industries, including healthcare, mobility, and clean energy. Learn how a single material can transform lives, electrify the world, and make it more sustainable in a conversation with Enze Chen, our global strategic marketer for alternative energy and storage.

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Whitepaper - GORE Fuel Cell Technologies image

Electrochemical Device & Fuel Cell Components

Fuel cell technology is the key to a low-carbon, environmentally friendly transportation system. Proton exchange membranes (PEMs) are being successfully deployed in fuel cell stacks for passenger vehicles and are rapidly evolving into commercial applications.

Find out how Gore's materials engineering expertise and capabilities can accelerate the commercialization of FCEVs by dramatically improving the performance and reliability of fuel cell stacks and systems.

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Man in manufacturing setting

Electrochemical Device & Fuel Cell Components

Scaling up fuel cell production while maintaining consistent quality starts with choosing a proton exchange membrane (PEM) that’s been tested and proven reliable. Partnering with Gore offers the PEM experience, process uniformity and certified quality control you need. Find out how we can help you reduce the risk of low process yields, quality issues and related downstream cost penalties.

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Image of a man managing the supplies

Electrochemical Device & Fuel Cell Components

Manufacturers of fuel cell stacks and systems need a consistent and secure supply of key components like high-performance proton exchange membranes (PEM). Find out how Gore’s R&D expertise, track record and multi-decade commitment to the fuel cell market can offer reliable, high-quality and customized solutions to these industry challenges.

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GORE-SELECT Membranes

Electrochemical Device & Fuel Cell Components

Find out how Gore is contributing to a clean energy future with innovative, high-powered and reliable fuel cell components — like Proton Exchange Membranes that can optimize the cost of ownership in motive and stationery power generation applications. Our GORE-SELECT® Membranes incorporate new-generation technologies that offer OEMs superior uniformity, higher power density and improved chemical and mechanical durability.

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Gore's breakthrough discovery - ePTFE

Gore's expanded polymer membrane technology, known for its durability and performance, was a breakthrough discovery by Bob Gore in 1969. Since then, Gore's continuous innovation has evolved into many innovative membrane technologies used in numerous industries. Discover how our advanced materials engineering expertise is helping to improve the lives of people around the world.

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Electrochemical Device & Fuel Cell Components

Hydrogen holds the key to a clean energy future. It is a critical catalyst in our transition from fossil fuels to a more sustainable, low-carbon global energy future. Learn more about the role of an ePTFE-reinforced Polymer Electrolyte Membrane (PEM) in the Automotive Fuel Cell Market by reading the white paper.

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Whitepaper - GORE Fuel Cell Technologies image

电化学设备及燃料电池部件

燃料电池技术是交通运输系统实现低碳环保的关键。质子交换膜(PEM)正被成功部署至乘用车的燃料电池电堆中,并迅速发展为商业应用。

了解戈尔公司如何凭借材料工程专长和能力大幅提高燃料电池电堆和系统的性能及可靠性,从而加速燃料电池汽车的商业化进程。

Chinese

GORE MEMS Protective Vents – Style 200 – Data Sheet

Portable Electronic Vents

The current methods used by manufacturers to protect MEMS microphones can cause performance degradation, significant yield losses and higher manufacturing costs. With GORE® MEMS Protective Vent Style 200, industry-leading protection and acoustic performance can be installed without any special handling during circuit board assembly.

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GORE MEMS Protective Vents – Style 100 – Data Sheet

Portable Electronic Vents

The current methods used during circuit board assembly to protect MEMS microphones can cause performance degradation, significant yield losses and higher manufacturing costs. With GORE MEMS Protective Vent Style 100, industry-leading protection and acoustic performance can be seamlessly installed during circuit board assembly.

English (U.S.)