GORE® Cable Based Antennas for Aircraft and Mining are multiple standard radiating coax cables that set the standard for small size and low weight. These cables allow for antenna lengths of 65m or more and are particularly well suited for airborne and underground applications.
The broad frequency range of 400 MHz to 6 GHz covers numerous communication standards.

Gore's lightweight RG Coaxial Cables are designed to be a direct replacement for RG Coaxial cables. These cables are suitable for use in commercial and military aircraft and are an ideal choice for aircraft electronics retrofits because they are small, flexible, and easy to route. Gore’s cables are up to 20% lighter weight and 15% smaller diameter compared to standard RG coaxial cable.

Cable assemblies used on mobile antennae systems are subjected to a broad range of electrical, mechanical, and environmental conditions. GORE® Coaxial Cable Assemblies are extremely robust and durable and provide long field life even in the harshest environments.

Gore has a 20-year history of providing highly reliable cable systems for low-loss power transmission applications. GORE® Coaxial Cable Assemblies are extremely robust and durable and provide long field life in even the harshest environments.

GORE® Optimized RG400 Coaxial Cable is designed to be a direct replacement for RG400 cable. Gore’s cable is 60% lighter weight and 30% smaller diameter compared to standard RG400 cable. The cable is suitable for use in commercial and military aircraft and is an ideal choice for aircraft electronics retrofits because it is small, flexible, and easy to route. Typical applications include navigation, communications, box-to-antenna, and in-flight entertainment.

Designers of high-speed digital systems use GORE custom-designed coaxial cables to meet their most challenging packaging and electrical requirements. GORE expanded PTFE material provides a low dielectric constant (1.3) insulation system, durable enough to apply in thin walls over small conductors. The result is a reliable interconnect, optimized to meet specific system needs.

GORE® Trackless High Flex Cables allow automated equipment manufacturers to eliminate cable track. By incorporating Gore trackless cable many of the problems associated with cable track, such as particulation, vibration, size and weight, are eliminated. These cables also provide increased positioning accuracy, faster speeds, quieter motion, consistent installation, simpler cable management, and cleaner operation.

GORE® IDC Ribbon Cables incorporate PTFE composite insulation. Cable types available include high flex life, high density insulated, color coded, and high temperature non-burning.

GORE® High Flex Flat Cables provide a simple cable management system in applications where flex life reliability is critical. The reliable performance of these cables reduces the expensive equipment downtime and repair that can be caused by cable failure. GORE® High Flex Flat Cables can be used in any energy chain or cable track; reducing particulation and eliminating the need for dividers.

GORE® High Flex Digital Vision Cables provide motion control and vision systems with reliable interconnects for high performance flex life and signal transmission performance. These assemblies should be used to avoid bit errors in moving systems. GORE® High Flex Digital Vision Cables provide peace of mind when reliable system performance and equipment uptime are critical.

GORE® Microminiature Flat Cables are small pitch, low profile flat cables designed for unique signal density and well controlled electrical performance, with typical wire gauges of AWG 46 and AWG 48.
These cables are well-suited for applications where a high number of signals must travel through very small spaces or highest packaging density is required.

Gore offers ribbonized coaxial cables in a high-density package for high-speed transmission. These cables offer a variety of configurations, including single ribbons and stacked versions. Optional ruggedized jackets make these cables useful in a wide variety of applications.

Gore offers subminiature ribbonized differential cables in a high-density package for high-speed transmission. These cables are available in a variety of configurations, including single ribbons and stacked versions. Optional ruggedized jackets make these cables useful in a wide variety of applications

Using innovative material technologies, Gore offers bonded telemetry pairs with the highest transmission stability for marine geophysical exploration applications. This results in a smaller outer diameter, enhanced flotation characteristics, and the highest signal intensity under mechanical stress for streamer cables.

Using innovative material technologies, GORE™ Bonded Telemetry Quad Cables provide the highest transmission stability for marine geophysical exploration applications.
Gore’s low dielectric constant, expanded PTFE (ePTFE) and PTFE materials enable the bonding of the quads. This reduces the overall diameter and weight of the cables. The result is a smaller outer diameter, enhanced floatation characteristics, and the highest signal integrity under mechanical stress for streamer cables.

Gore's flagship dielectric material, High Strength Toughened Fluoropolymer, redefines fluoropolymer cable. GORE® High Strength Toughened Fluoropolymer insulation combines the chemical, electrical, and thermal resistance of PTFE with vastly improved mechanical performance. The result is high-performance insulated wire especially suited for demanding applications such as mil/aero, space, and demanding industrial environments.

Gore manufactures high-voltage wire and cable in a variety of voltage ratings. These cables have been designed for a minimum life of 10,000 hours at the maximum voltage rating. Ratings are based on test-data evaluation and our extensive experience under operating conditions.

GORE® MIL-W-81822/1A dielectric material is a laminate of toughened polyester film with a special thermosetting adhesive. The material has outstanding mechanical durability and is particularly resistant to cold flow. Cut-through resistance is such that .004" to .007" walls replace up to .010" to .020" of more commonly used insulations such as PVC, Nylon-jacketed PVC, and others.

Gore manufactures a variety of standard and custom PTFE insulated wire for any hook-up application. Standard products meet popular military standards. Custom versions can meet military specifications while offering reduced diameter and weight.

GORE® Camera Link® High Flex Cable Assemblies provide motion control and vision systems with reliable interconnects for high performance flex life and signal transmission performance. These assemblies should be used to avoid bit errors in moving Camera Link® systems. GORE® Camera Link® High Flex Assemblies provide peace of mind when reliable system performance and equipment uptime are critical.

Gore Ethernet high flex round cables provide motion control and vision systems with reliable, high performance flex life and signal transmission requirements for Gig E and data applications. These assemblies should be used to avoid bit errors at gigabit per second data rates in moving Ethernet systems. Gore ethernet high flex round cables provide peace of mind when reliable system performance and equipment uptime are critical.

GORE® FireWire® High Flex Cable Assemblies provide motion control and vision systems with reliable interconnects for high performance flex life and signal transmission performance. These assemblies should be used to avoid bit errors in moving FireWire® systems. GORE® FireWire® High Flex Assemblies provide peace of mind when reliable system performance and equipment uptime are critical.

In demanding environments, such as geophysical seismic surveying, GORE® Geophysical Seismic Cables provide superior performance and reliability for underwater applications. These cables have a longer life and reduce downtime associated with cable failure, providing a lower overall cost solution.

Gore provides reliable, high flex life cable systems for nuclear reprocessing, storage and decommissioning applications. These custom solutions are radiation tolerant, flame retardant, chemical resistant and provide a cable solution with reduced cable diameter and weight. For harsh environments where medium to high radiation is present, Gore provides reliable cable solutions that won’t decompose. All materials are Halogen free, rated 10 to 8 Rad tolerant and are UL certified. Gore’s unique termination style ensures a reliable transition from cable to connector. By using Milene as part of the insulation, Gore also provides a smaller cable solution.

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.

Cables can be subjected to severe conditions, including continuous flexing, high tensile loads, flying chips and sparks, clean-room conditions, and radioactive areas. Gore cables use unique insulation materials and cable design techniques that transfer fewer stresses, minimizing fatigue.

Data transmission between various systems on a spacecraft is crucial to the success and safety of the mission. The cables used to transmit data have a direct impact on the quality of the signal and the time required for transmission. Gore datalines combine excellent electrical performance with mechanical robustness to provide outstanding signal transmission in the most difficult situations.

Reliability is crucial in the space industry because safety can be compromised without reliable performance from the electronic controls. Qualified to ESA specifications, ESCC 3901/019 and 021 (with drain wire), GORE® Space Cables geostationary Earth orbit (GEO) applications provide the highest quality signals without compromising safety.

Running cables in a spacecraft is time-consuming and difficult. GORE® High-Voltage Power Cables reduce the frequency of this task by providing a minimum of 10,000 hours of reliable performance at maximum voltage ratings — ratings that are based on years of test data recorded under actual operating conditions.

GORE® Space Cables for low Earth orbit (LEO) applications help integration teams stay on schedule and avoid costly downtime. These cables are particularly well-suited for use in satellites, manned space missions, and transport vehicles.

Data integrity is key to maintaining communication among spacecraft systems during a mission. The cables that connect the systems have a direct impact on the quality of the data and the speed of transmission. GORE® Low Voltage Differential Signaling (LVDS) Interconnects offer the best signal integrity because of the combination of their robust design and their outstanding electrical performance.

Reliable power is essential for a successful mission. The cables that deliver the power are just as critical as the power-generating systems. Gore power distribution cables are the most reliable, and their robust design and copper conductors allow for easy installation in tight spaces. Approved to ESA/SCC 3901/017 specifications, Gore power distribution cables ensure that consistent power is delivered safely and reliably.

Data transmission is essential to the success of every space mission. Meeting the stringent electrical and mechanical requirements of ECSS-E-ST-50-12C, GORE® SpaceWire Cables provide bidirectional, high-speed data transmission up to typically 400 Mbit/s with minimal crosstalk, signal attenuation, and low skew.

Signal speed and integrity are essential for effective communication among spacecraft components. Cables are the lifeline of data transmission and are often run through very tight spaces in the spacecraft. Meeting the stringent requirements of ESCC-3902/002, Gore symmetrical interconnects are small, lightweight, and extremely flexible.

GORE™ 1.8 mm Simplex Cable offers an exceptional balance of properties and is the choice of engineers when they need additional ruggedness but do not want to sacrifice size or weight. Like the 1.2 mm simplex cable, the 1.8 mm simplex cable has been proven in major aerospace programs and features the expanded PTFE buffer, extruded jackets, and a high strength braid. The 1.8 mm design is compatible with standard aerospace connectors including Deutsch MC5, Radiall Luxcis, and MIL-T-29504 contacts.

Gore manufactures a variety of standard and custom PTFE insulated wire for any hook-up application. Standard products meet popular military standards. Custom versions can meet military specifications while offering reduced diameter and weight.

Gore manufactures high-voltage wire and cable in a variety of voltage ratings. These cables have been designed for a minimum life of 10,000 hours at the maximum voltage rating. Ratings are based on test-data evaluation and our extensive experience under operating conditions.

Gore hybrid round cable assemblies meet the international requirements of GORE® MIL-STD-1760 Aircraft/Store Electrical Interconnection System. GORE® Umbilical Assemblies are proven on many of today’s airborne platforms including A10 Warthog, F-16, Eurofighter, Harrier GR.9, and Tornado GR4 to name but a few. Introduced to NATO in the mid 1990's, Gore identified a need to provide the market with a reliable, easy-to-use umbilical assembly that did not fail when used.

GORE® MIL-W-81822/1A dielectric material is a laminate of toughened polyester film with a special thermosetting adhesive. The material has outstanding mechanical durability and is particularly resistant to cold flow. Cut-through resistance is such that .004" to .007" walls replace up to .010" to .020" of more commonly used insulations such as PVC, Nylon-jacketed PVC, and others.

GORE® AIRMAX VS® Assemblies allow high data rate signals to be transmitted over greater distances with exceptional fidelity and reliability. As an extension to Gore's well established 2mm product family, this cable assembly has been optimized to transmit signals up to 10 Gigabits per second. GORE® AIRMAX VS® Assemblies were developed in conjunction with FCI and are plug compatible with all licensed suppliers of AIRMAX VS®.

GORE® GbX® Assemblies allow high data rate signals to be transmitted over greater distances with exceptional fidelity and reliability. As an extension to GORE’s well established 2mm product family, this cable assembly has been optimized to transmit signals up to ten Gigabits per second. GORE® GbX® Assembly product was developed in conjunction with Teradyne Connection Systems and is plug compatible with all licensed suppliers of GbX connectors.

GORE® VHDM®/VHDM-HSD™ Assemblies make feasible cabling high-data-rate coaxial/differential signals directly to Teradyne Connector Systems (TCS) and other licensed suppliers of VHDM/VHDM-HSD backplane and daughtercard connectors. The cable assemblies allow high data rate differential signals to be transmitted farther or packaged in smaller bundles (or a combination of the two) to offer exceptional signal fidelity and reliability.

GORE® ZD Assemblies combine Gore's high-data-rate digital cable assembly technology with the ZD high-speed connector to offer an interconnect that delivers exceptional signal fidelity and reliability at bandwidths of five Gb/s and higher. The assemblies come in a variety of cable sizes and custom pin-out configurations, and are available in either cable or backplane header-compatible versions. EMI backshells can also be incorporated to provide a complete interconnect solution for external cabling requirements.

GORE® 1394b Military Firewire® Cable provides high fidelity signal links for interconnect solutions up to 75 ft (22.9 m) at S400 data rates; when coupled with Gore's military high data rate assembly techniques, the cable can sustain even higher 1394 data rates. Gore's exclusive design geometry offers significant size and weight savings when compared with conventional constructions such as twisted pair cables. In addition, the combination of materials in this construction supports a wide temperature range and meets the most demanding military environments.

Gore manufactures a broad range of standard and custom controlled-impedance shielded twisted pair wire. All versions benefit from Gore's 40 years of vertical integration of fluoropolymer material development, highly evolved tape wrap process, and design expertise.

The environmental conditions found in today's modern aircraft are very demanding; Gore has developed a range of high speed interconnects that deliver outstanding electrical and mechanical performance while guaranteeing signal integrity. Mission success is critical under these severe operational conditions and the GORE® Fibre Channel Assemblies will meet all airborne requirements.

The GFX617 cable series is .050" pitch ribbon cable with conductors available in either 28 or 26 AWG. These cables conform to UL Style 20453. These cables are often used in linear motion, inspection, and pick-and-place applications.

The GTS series of GORE® IDC Ribbon Cables provide space savings for applications demanding minimal space. The GTS cable series is .025" high density PTFE-insulated ribbon cable that is RoHS compliant, vacuum compatible, and resistant to aging.

The GTS811 cable series is used in applications with discrete wiring/IDC terminations, systems with soldered/IDC terminations, high reliability systems, and in high/low temperature environments. These cables have industry-standard individual conductor color coding for accurate discrete wire termination and cable polarity identification.

The GTX602 series of GORE® IDC Ribbon Cables are high temperature non-burning cables. These cables withstand extreme chemical and thermal environments, are vacuum compatible, and resistant to aging.

Gore, the premier supplier of ultra-high performance VNA cables, has developed a family of cost effective high performance general use test cables. The assemblies feature excellent insertion phase and amplitude stability with flexure. Though extremely flexible, the integrated environmental protection system features extreme crush, torque, and kink resistance. The wide operating temperature range, thermo-vac compatibility, and superior flex life ideally suit the demanding requirements of today's test environments.

GORE-FLIGHT® Microwave Assemblies are designed specifically for Airframe microwave interconnect needs. In conjunction with our customer's requirements, Gore has developed a revolutionary cable which stands out from the competition. These assemblies are designed to satisfy the stringent specification requirements of the next generation of military and commercial aircraft.

Since 1976, Gore has provided microwave / RF assemblies to over 70 satellite programs with a 100% failure-free flight record. GORE® Spaceflight Microwave / RF Assemblies are specifically designed for use in the harsh environment of space. All assemblies use spaceflight-approved materials while offering assembly options including: radiation resistance, high power designs, low phase change cable, and lightweight cable.

Gore has a variety of microwave cable assemblies designed for the demanding applications of the defense industry. Some of these assembly options include high frequency, internally ruggedized, and high density. Assemblies range in size from 0.047" to 0.320" and operate in frequencies from DC to 67 GHz with a variety of connection options.

The GORE® Secure Encapsulated Module is targeted to meet the requirements of the highest level of volume protection as specified in FIPS 140-2, Level 4. The folding technique used is designed to provide complete coverage of all surfaces (360° coverage). GORE® Tamper Respondent Technology offers secure, yet easy-to-adopt solutions to volume tamper protection.

Gore secure PCMCIA card detects physical intrusions by sensing attempts to open, remove, or penetrate the envelope surrounding the PCMCIA card. The application of GORE® Tamper Respondent Sensor is designed to provide complete coverage around the board with no direct openings at any corner or overlap. Detection typically triggers erasure of critical security information such as cryptographic keys or sensitive algorithms.

GORE® Secure Plug-On Module detects physical intrusions by sensing attempts to penetrate or unwrap the envelope that it forms around the mezzanine card module. Detection typically triggers erasure of critical security information such as cryptographic keys or sensitive algorithms.

GORE® Tamper Respondent Technology offers secure, yet easy-to-adopt solutions to volume tamper protection. The GORE® Tamper Respondent Surface Enclosure detects physical intrusions by sensing attempts to open, remove, or penetrate the envelope that it forms over the components to be protected. Detection typically triggers erasure of critical security information such as cryptographic keys or sensitive algorithms.

GORE® SPEEDBOARD® C Prepreg materials are sheets of expanded PTFE impregnated with thermoset resins. The air space inside the expanded PTFE is replaced with resin, and the ePTFE membrane becomes the carrier or the delivery system for the resin. The resin flows, fills, and bonds during the lamination process in the same way as conventional glass-based prepreg.

GORE® SPEEDBOARD® LF Prepreg is compatible with all commercial laminates. This product exhibits controlled X-Y resin flow in cavity and ridgid-flex designs. The material consists of standard BT resin in a continuous toughening matrix.

Engineers today face increasing challenges when designing and manufacturing electronic devices for consumer or business-to-business markets. As operating frequencies increase and devices become more complex, they may be more susceptible to electromagnetic interference (EMI).

GORE® SNAPSHOT® EMI Shield is a multi-cavity, lightweight solution that can be thermoformed to virtually any design. The innovative attachment mechanism uses solder spheres as individual mechanical snap features that ensure reliable product performance.

As electronic devices have more functionality incorporated into smaller and smaller form factors, printed circuit board layout is increasing in complexity, and designers have less space to work with. These challenges result in the need of additional grounding points to help eliminate noise, reflections, and other associated EMI phenomena that can compromise device performance.

GORE™ PRIMEA® membrane electrode assemblies (MEA) are designed to operate in the most extreme portable fuel cell environments.

Gore's thorough understanding of degradation mechanisms has led to the development of a new series of membrane electrode assemblies (MEA) with a unique combination of durability and power density.

Automotive and other transportation applications represent some of the most challenging operating environments for a fuel cell, as well as some of the most cost-restrictive market environments.

GORE™ carbon-filled polytetrafluoroethylene (PTFE) electrodes and electrode assemblies (formerly EXCELLERATOR®) offer significant advantages for manufacturers of both batteries and electrochemical double layer capacitors (EDLCs).

GORE™ polytetrafluoroethylene (PTFE) membranes (formerly EXCELLERATOR®) ensure consistent long battery life through precise, controlled gas diffusion and reliable electrolyte containment.

GORE™ polytetrafluoroethylene (PTFE) separators (formerly EXCELLERATOR®) easily wet with both organic and aqueous electrolytes. Due to the inert properties of PTFE, they are chemically resistant to most electrolytes, for durability and long life.

GORE-TEX® fabric forever changed the standard for high-performance outerwear when it was introduced more than 25 years ago. Today, GORE-TEX® fabric is known worldwide for extreme-weather protection that keeps you dry and comfortable from head to toe.

WINDSTOPPER® Outerwear combines durable wind protection and high breathability in garments that keep you warm and comfortable with fewer layers and less bulk.
Products made with WINDSTOPPER® fabric protect you from windchill by blocking the wind, and they're also highly breathable, keeping you dry and comfortable whatever your activity.

GORE® OPTIFADE® Concealment is the first scientifically developed concealment technology based on how prey animals see the world.

For years, cyclists of all types have struggled with the problematic nature of friction within their cable systems, leading to sluggish, inexact or unpredictable performance. In answer to these challenges, GORE® RideOn® Bicycle Cable Systems were introduced to cycling at the 1993 Fat Tire Festival in Colorado, becoming the first high performance cable systems for cyclists. In 2003, Gore stopped selling cables commercially, but relentless requests from customers for GORE® RideOn® Bicycle Cables prompted Gore to look at the popular product line once again.

From the inventors of GORE-TEX® and WINDSTOPPER® fabrics comes GORE BIKE WEAR®. This award-winning line, which has been available in Europe for many years, brings proven high-tech styles and fabrics to today’s cyclist.
Now you can ride comfortably—and stylishly—in all weather conditions.

Cables can distort the sound of a guitar by pushing the mids up and turning the highs down. Featuring a patent-pending design, new ELIXIR® Cables are the most tonally transparent instrument cables available. These innovative guitar cables deliver the truest voice of a guitar by providing lower capacitance, clearer high frequencies and smoother, more balanced mids.

Strings are not just strings. They are the connection between you and your music. When strings go dead, so does the inspiration to play. After all, who wants to play when strings feel crusty and their sound is dull and muddy? It's a curse we lived with for years.

GORE® inLighten® Window Screens are a new kind of replacement window screen made with an ultra fine material that makes it appear virtually invisible. So, you can experience more of the natural beauty in and around your home through every window.

GORE-TEX® Fabrics are ideal for a wide variety of applications.

Gore radome architectural enclosures are the only microwave enclosures that can be made portable and that will survive harsh chemical and extreme environmental conditions, while minimising microwave transmission loss.

GORE™ Covers are used in composting plants processing, for example, organic waste, yard waste and biosolids.
 

Protection and comfort at work for firefighters, police, rescue services, military, railway services, garbage workers, craftsmen ...

GORE® Cleanroom Garments provide optimum protection from human-generated contaminants; resistance to shedding, static, flame and chemicals; and permeability to heat and moisture vapour.

Advanced Performance through Revolutionary Fibre Technology

GORE® TENARA® Sewing Thread resists UV sunlight, chemicals, saltwater, extreme weather, and acid rain, ideal for outdoor applications.

GORE® RASTEX® Sewing Thread, made from 100 percent expanded PTFE and engineered specifically for the demands of filtration applications, withstands exposure to chemicals, high temperatures, abrasives, and moist environments.

GORE® RASTEX® Weaving Yarn has exceptional strength, maintaining its dimensional stability better than other synthetic and PTFE fibers.

GORE™ OMNIBEND™ Fiber for High Performance Ropes can drastically increase the service life of synthetic ropes used in high-tension bending applications.