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Marine geophysical exploration requires equipment that’s durably waterproof. Bonded Telemetry Quad Cables from Gore block fluid penetration between components while delivering the highest-available signal attenuation.
In harsh oil and gas environments, downhole tools need to handle mechanical stress — and, above all, not fail. The small size and robustness of GORE Hook-Up Wires make them tough and dependable, while providing design freedom to manufacturers.
Lightweight and with a smaller diameter and voltage rating than conventional power pairs, GORE™ Power Pair Cables deliver the mechanical stability and efficiency needed in marine geophysical exploration applications.
Small, lightweight and impenetrable by liquids, GORE Bonded Telemetry Pair Cables provide superior data transmission performance for marine geophysical exploration applications.
In high-heat applications like soldering, field repairs and petroleum processing, some cables could burn, degrade or react to chemicals, GORE IDC Ribbon Cables: GTX602 Series withstand temperatures up to 250° — while resisting aging — providing performance that can stand the heat, every time.
With industry-standard color coding on each conductor, GORE Color-Coded IDC Ribbon Cables provide accurate and discrete wire termination to prevent interference. And with their PTFE insulation, the cables are resistance to chemicals, extreme temperatures and aging.
Extend motor life, increase tool reliability and minimize the risk of unexpected catastrophic failures with durable magnet wires from Gore. With exceptional resistance to extreme downhole conditions, our robust wires are proven to maintain the highest voltage endurance — unmatched by traditional heavy build enameled wires.
Gore high-performance hybrid round cable is electrically and mechanically optimized for high performance in difficult applications. Rugged features, robust environmental protection, and high EMI/RFI shielding capabilities are available for computer, industrial, and military applications with stringent performance envelopes.