Resource Library

Find out how the “Cleanliness Protected” (CP) option can help satisfy OEM requirements for technical cleanliness, and minimize the risk of contaminants causing current leakage, short circuits, voltage flashovers or similar issues— especially in high-voltage electronics and high-value ADAS applications that can’t afford to fail in the field.

A Gore Automotive Application Engineer highlights the power of personal relationships in driving innovation. See how effective collaboration, combined with technical expertise, solved recent customer challenges such as thermal management in EV power inverters.

A Gore Automotive Product Specialist shares how the company is advancing and applying its core expertise — materials science and membrane technology — to help OEMs and Tier suppliers overcome new challenges in Electrification applications.

As LED lighting proliferates in automotive applications, so does condensation. That’s because LED lamps’ heat source is at the rear of the assembly, making the lens area the cold spot where condensation forms most easily. Often with unpleasant results: foggy, cloudy or streaky lenses, and lamps that don’t shine as brightly as when they left the showroom. Condensation could also compromise integrated sensors or other electronic devices.

A critical aspect of vent selection begins with defining the level of protection your application, device or housing requires.

IP ratings cannot be “converted” to NEMA ratings, since NEMA requires additional testing not included in IP. However, there are minimum NEMA ratings that will meet or exceed a given IP code.

Fluctuations in temperature create failures in electronic devices due to pressure differentials. Gore application engineers simulated a rapid heating and cooling cycle to understand the effects of pressure differentials. This document describes the test procedures and results.

This document explains the format and classification of Ingress Protection (IP) ratings, according to the IEC 60529 standards.

Description of standard test used to measure a membrane's ability to stop aqueous flow, and diagram of the apparatus used for water entry pressure testing.

Description of standard test used to measure airflow of low flowing media, and diagram of the apparatus used for Gurley airflow testing.

The key to choosing the appropriate membrane technology for a given application is understanding the environmental conditions and the surface tension of the fluids that the vent will encounter.