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Reliable and consistent operation of non-implantable devices and diagnostics is critical to maintain patient comfort, safety and ensure accurate diagnosis. Our Microfiltration Media solutions are designed to enable degassing, venting, and pressure equalization while containing and managing liquids. The superior quality of our materials allows for high-yield production of non-implantable devices and diagnostic cartridges.

With a robust, lightweight construction and small diameter, GORE Space Cables, Type CSC provide space and weight savings along with great flexibility and a striped design that make the cables easy to install and maintain.

Boost anisotropic ratios of thermal conductivity by 100–1000x

Precisely aligned with today’s high-speed serial data and video protocols, these cables bring tighter skew, low crosstalk and controlled impedance. They optimize system performance in a rugged, low-dielectric quadrax design unrivaled by competitors. Gore’s cables are proven to transfer fast, uninterrupted signals in the harshest environments.

This low-dielectric quadrax design that we invented optimizes performance in avionics unmatched by alternatives. Our cables are perfectly aligned with today’s high-speed serial data and video protocols, offering low crosstalk, tighter skew and controlled impedance. They're proven to transfer information in real-time for life despite mission conditions.

In space, signal speed and integrity can be the difference between mission success and failure. Small, lightweight and extremely flexible, GORE® Symmetrical Interconnects deliver transmission rates up to 1 Gbit/s while withstanding the harsh conditions of space.

Gore’s heritage of more than 30 years of failure-free flight performance in over 100 spaceflight programs has proven that GORE Microwave/RF Assemblies maintain electrical and mechanical integrity in the harsh environment of space. Our lightweight assemblies are engineered to maintain electrical and mechanical integrity when exposed to shock, vibration, extreme temperatures and radiation.

A revolutionary thin, fluoropolymer fiber material proven to meet stricter requirements for more durability, eliminating the need for additional protective sleeving. Our rugged jacket is the only reliable solution when defense forces want the highest abrasion and cut-through resistance to protect high data rate copper wires.

A revolutionary thin, fluoropolymer fiber material proven to meet stricter requirements for more durability, eliminating the need for additional protective sleeving. High data rate copper wires packaged with our rugged jacket are the solutions when you want the highest level of abrasion and cut-through resistance available in the industry. 

Optimizing performance and lowering costs for Proton Exchange Membrane electrolyzers — without compromising output.