Resource Library

Protection Against Condensation

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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.

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.

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.

Learn how GORE® Automotive Vents extend the life of sensitive automotive electronics by reading the white paper.

FEBRUARY 2015 // Condensation, dirt and deposits have a detrimental impact on headlights and noticeably reduce their performance. Thilo Haiss, Product Line Manager Automotive Lighting, describes what causes the problem and how it can be measured, explains ways to remedy the situation, and demonstrates why innovative GORE^® Automotive Vents are the best option.

An overview of venting electronic components for hybrid, EV and combustion-powered vehicles. Charts quantify how GORE Automotive Vents protect against damage from thermal shock, altitude and temperature changes, and heat build-up. Scenarios include engine start-ups, driving, and aftereffects of engine shut-off.