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Combining cutting-edge technology with a wealth of expertise, Gore’s high-performance filter bags enable manufacturing processes to capture emissions and reduce their environmental impact. 

ゴアが提供する高性能ケーブルアセンブリは、航空宇宙・防衛、宇宙飛行、半導体、試験・測定の分野におけるハイフレックス用途で優れた機械的、電気的特性を発揮します。

Commonly used in the industry, standard semi-rigid cable assemblies can lead to avoidable issues. For one, they are stiff and difficult to route in confined spaces, potentially leading to frequent cable failure. They are also challenging to replace, often resulting in costly configuration drawings and cumbersome, time-consuming installation procedures.

W. L. Gore & Associates developed the following procedures based on our best practices for terminating GORE® Aerospace Ethernet Cables with the MIL-DTL-38999 General Purpose Connector System, including both plug and receptacle versions. By following these steps, you can maximize the performance of your assembly in avionics networks, cabin management systems, digital video systems, Ethernet backbones and other aviation networking applications, although final results may vary depending on your application. Gore cannot guarantee signal integrity, however, due to the wide variety of configurations and application-specific conditions that are possible with this connector system. Please test your design under actual operating conditions to ensure their effectiveness, and contact Gore for additional information.

Contain aggressive media, protect glass-lined steel equipment, and reduce emissions.

A cost-effective and reliable choice for dust & particulate matter collection

Whether you are using pulse-jet baghouse technology or reverse air filter bags, you need to be confident that your process meets the regulations around particulate matter compliance testing. GORE® LOW DRAG Filter Bags are available for both pulse-jet and reverse air baghouse systems, bringing the benefits of improved filtration efficiency, low energy use, and long bag life to your industrial process.

When baghouse differential pressure falls, you lose efficiency. Baghouse pressure drop effectively means that less air is pushed through your filters, reducing your baghouse capacity and restricting your productivity potential.

Gore provides high-performance cable assemblies with significant mechanical and electrical advantages for high-flex applications in aerospace and defense, spaceflight, semiconductor, and test and measurement environments.

Greater protection. Simpler design.

The GORE^® MEMS Protective Vents - Style 300 is installed inside the MEMS microphone during the microphone packaging process to provide component-level IP68 water and dust protection without any special handling during the circuit board assembly process.

Our pioneering venting solution eliminates the need for a separate acoustic vent installed on the housing, reducing complexity and saving space in the acoustic channel of water-protected devices.

GORE^® MEMS Protective Vents provide proven protection for MEMS microphones during high-volume assembly of printed circuit boards.

Our venting solutions prevent particle contamination and pressure build-ups, while still allowing for in-process acoustic testing and seamless integration.

In an industry first – our latest venting solution, the GORE^® MEMS Protective Vents – Style 300, also provides component-level IP68 water and dust ingress protection for mobile devices.