High-frequency laminates are specialized materials designed to deliver stable electrical performance in high-speed and RF applications.
A global leader in engineered materials, Rogers provides high-frequency laminates and prepregs widely used in radar, aerospace, defence, and high-speed communication systems where signal integrity and reliability are critical.
The RT/duroid series from Rogers Corporation consists of high-performance PTFE-based laminates engineered for demanding RF and microwave applications. Known for their low dielectric loss and stable electrical properties, these materials are widely used in antennas, radar systems, and high-frequency circuits.
PTFE composite laminate with very low dielectric constant and loss, reinforced with glass microfibers.
Antennas, RF/microwave circuits communication system, aerospace & defense, Commercial Airline Broadband Antennas, Microstrip and Stripline Circuits, Millimeter Wave Applications, Military Radar Systems, Missile Guidance Systems, Point to Point Digital Radio Antennas
Low Dk PTFE laminate with excellent electrical consistency and low loss.
Broadband RF circuits, microwave links, Commercial Airline Broadband Antennas, Microstrip and Stripline Circuits, Millimeter Wave Applications, Military Radar Systems, Missile Guidance Systems, Point to Point Digital Radio Antennas
Lightweight PTFE laminate designed for weight-sensitive RF applications.
Aerospace, UAVs, space communication, Airborne antenna system, Lightweight feed networks, Military radar systems, Missile guidance systems, Point-to-point digital radio antennas
Medium Dk PTFE composite offering controlled impedance and mechanical stability.
RF power amplifiers, filters, couplers.Phased Array Antennas, Ground Based and Airborne Radar Systems, Global Positioning System Antennas, Power Backplanes, High Reliability Complex Multilayer Circuits, Commercial Airline Collision Avoidance, Beam Forming Networks
Provide high dielectric constants (Dk) to enable circuit size reduction. low loss, ideal for operating at X-band or below.
Patch Antennas, Satellite Communications Systems, Power Amplifiers, Aircraft Collision Avoidance Systems, Ground Radar Warning Systems, miniaturized microwave circuits.
Provide high dielectric constants (Dk) to enable circuit size reduction. low loss, ideal for operating at X-band or below.
Patch Antennas, Satellite Communications Systems, Power Amplifiers, Aircraft Collision Avoidance Systems, Ground Radar Warning Systems, high density RF boards.
Thermally conductive PTFE laminate with medium dielectric constant and excellent heat dissipation.
High-power RF amplifiers, microwave power devices, couplers, filters, combiners, power dividers
The RO4000 Hydrocarbon Ceramic Series from Rogers Corporation combines the electrical performance of PTFE with the ease of processing of standard epoxy/glass laminates. These materials offer low dielectric loss, excellent thermal stability, and consistent performance, making them ideal for high-frequency applications like RF circuits and antennas.
Low loss laminate with excellent thermal stability and multilayer capability.
Cellular Base Station Antennas and Power Amplifiers, RF Identification Tags, Automotive Radar and Sensors, LNB’s for Direct Broadcast Satellites, Automotive radar, base stations, RF power, Cellular Base Station Antennas and Power Amplifiers, RF Identification Tags, Automotive Radar and Sensors, LNB’s for Direct Broadcast Satellites, Automotive radar, base stations, RF power.
Hydrocarbon ceramic laminate offering FR-4-like processing with RF performance.
Cellular Base Station Antennas and Power Amplifiers, RF Identification Tags, Automotive Radar and Sensors, LNB’s for Direct Broadcast Satellites, RF/microwave circuits, ISM band designs.
High Dk laminate optimized for multilayer high-reliability PCBs.
Multilayer RF PCB boards, defense electronics.
Low loss, oxidation-resistant laminate compatible with standard PCB processing.
RF/microwave multilayer circuits.
The RO3000 Ceramic-Filled PTFE Series from Rogers Corporation is engineered for high-frequency applications requiring exceptional electrical stability. These laminates offer low dielectric loss, tight dielectric constant control, and excellent thermal performance, making them ideal for microwave circuits, antennas, and automotive radar systems.
Ceramic-filled PTFE laminate with low loss and stable Dk over frequency.
Automotive radar, 5G mmWave, ADAS.
Next-generation RO3003 with improved processing and consistency.
ADAS systems like adaptive cruise control, forward collision warning and active brake or lane change assist
Higher Dk ceramic-filled PTFE laminate for compact RF designs.
Automotive radar applications, Global positioning satellite antennas, Cellular telecommunications systems -power amplifiers and antennas, Patch antenna for wireless communications, Direct broadcast satellites, Datalink on cable systems, Remote meter readers, Power backplanes, RF amplifiers, satellite communication.
Ceramic-filled PTFE composites that offer a higher dielectric constant with excellent stability.Very high Dk laminate enabling extreme miniaturization.
Automotive radar applications, Global positioning satellite antennas, Cellular telecommunications systems -power amplifiers and antennas, Patch antenna for wireless communications, Direct broadcast satellites, Datalink on cable systems, Remote meter readers, Power backplanes, Microwave circuits, impedance matching.
The TMM Thermoset Ceramic Series from Rogers Corporation features thermoset polymer composites with ceramic fillers, offering a stable dielectric constant and low loss for RF and microwave applications. These laminates provide excellent mechanical strength, low moisture absorption, and reliable performance across varying temperatures.
Thermoset microwave laminate with matched CTE to copper.
RF and microwave circuitry, Power amplifiers and combiners, Filters and coupler, Satellite communication systems, Global Positioning Systems Antennas, Patch Antennas, Dielectric polarizers and lenses, Chip testers, Military & aerospace microwave circuits.
Thermoset microwave laminate with low Dk and matched CTE to copper.
RF and microwave circuitry, Power amplifiers and combiners, Filters and coupler, Satellite communication systems, Global Positioning Systems Antennas, Patch Antennas, Dielectric polarizers and lenses, Chip testers, Aerospace and defense RF circuits.
Medium Dk thermoset laminate with excellent mechanical stability.
RF and microwave circuitry, Power amplifiers and combiners, Filters and coupler, Satellite communication systems, Global Positioning Systems Antennas, Patch Antennas, Dielectric polarizers and lenses, Chip testers,High reliability RF applications.
High Dk thermoset laminate for compact microwave designs.
RF and microwave circuitry, Power amplifiers and combiners, Filters and coupler, Satellite communication systems, Global Positioning Systems Antennas, Patch Antennas, Dielectric polarizers and lenses, Chip testers, Power amplifiers, RF modules.
Improved TMM10 with enhanced electrical consistency and reliability.
RF and microwave circuitry, Power amplifiers and combiners, Filters and coupler, Satellite communication systems, Global Positioning Systems Antennas, Patch Antennas, Dielectric polarizers and lenses, Chip testersHigh-reliability microwave circuits.
Very high Dk thermoset laminate for compact RF designs.
RF and microwave circuitry, Power amplifiers and combiners, Filters and coupler, Satellite communication systems, Global Positioning Systems Antennas, Patch Antennas, Dielectric polarizers and lenses, Chip testersPower amplifiers, impedance matching networks.
The CLTE Microwave Laminates from Rogers Corporation are PTFE-based materials reinforced with woven glass and ceramic fillers, designed for high-frequency and microwave applications. They offer low dielectric loss, controlled coefficient of thermal expansion (CTE), and excellent dimensional stability.
PTFE laminate with woven glass reinforcement for dimensional stability.
Aerospace, multilayer RF circuits.
Low loss PTFE laminate optimized for microwave multilayer designs.
Radar, satellite communication.
The DiClad Woven Glass/PTFE Series from Rogers Corporation consists of PTFE composites reinforced with woven fiberglass, delivering a strong balance of electrical performance and mechanical stability. These laminates offer low dielectric loss, good dimensional control, and consistent high-frequency behavior.
PTFE woven-glass reinforced laminate with controlled dielectric properties and good mechanical stability.
RF/microwave circuits, aerospace & defense.
Low loss PTFE composite laminate optimized for microwave frequency performance.
RF power amplifiers, filters, couplers.
PTFE laminate with balanced electrical and mechanical properties for RF designs.
Microwave circuits, communication systems.
The MAGTRE Magneto-Dielectric Series from Rogers Corporation is engineered to enhance antenna performance by combining magnetic and dielectric properties in a single material. These laminates enable size reduction while maintaining efficiency, making them ideal for compact and high-performance antenna designs.
Magnetically loaded laminate engineered for high impedance RF applications.
RF absorbers, EMI suppression, specialty RF designs.
The TC Series Thermally Conductive Laminates from Rogers Corporation are designed to efficiently dissipate heat in high-power electronic applications. They offer excellent thermal conductivity along with reliable electrical insulation, ensuring improved performance and durability of circuits.
Thermally conductive ceramic-filled PTFE laminate for RF thermal management.
High-power RF and microwave circuits.
Enhanced TC350 with improved thermal conductivity and electrical stability.
Power RF modules, base station hardware.Power RF modules, base station hardware.
High thermal conductivity PTFE laminate designed for extreme heat dissipation needs.
High-power microwave and RF power electronics.
Bondplies & Bonding Films from Rogers Corporation are engineered adhesive materials used to bond multilayer circuit boards in high-frequency applications. They provide excellent dielectric properties, strong adhesion, and reliable performance under thermal and mechanical stress.
Thermoset prepreg matched to RO4000 series laminates.
Multilayer RF PCB bonding.Multilayer RF PCB bonding.
Toughened bondply for sequential lamination.
High layer count RF boards.High layer count RF boards.
Thin adhesive bondply for RF multilayer constructions.
Microwave multilayer bonding.
Thermoplastic bonding film with low dielectric loss.
RF multilayer laminations.
CTFE bonding film with excellent electrical properties.
High reliability RF boards.
Advanced Prepreg Systems from Rogers Corporation are high-performance resin-impregnated reinforcements designed for multilayer PCB fabrication. They offer excellent dielectric control, thermal stability, and consistent bonding between layers, ensuring reliable performance in high-frequency and high-speed applications.
Ultra-low loss prepreg for high-speed & RF designs.
5G, radar, aerospace electronics.
Ultra-low loss, low Dk laminate for very high-speed digital and RF designs.
High-speed digital, data centers, advanced RF.High-speed digital, data centers, advanced RF.
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