Newly Shipped PCB

ISOLA 370HR laminates and prepregs, developed by Polyclad, utilize a patented high-performance epoxy resin system with a glass transition temperature (Tg) of 180°C.

Wangling's F4BM300 laminates are expertly crafted through a precise formulation and rigorous pressing of fiberglass cloth, polytetrafluoroethylene (PTFE) resin, and PTFE film.

The F4BTMS series represents an advanced iteration of the F4BTM series, featuring significant innovations in material formulation and manufacturing techniques.

IT-180ATC is a high-performance multifunctional filled epoxy with a glass transition temperature (Tg) of 175°C, as determined by DSC.

RF-60TC is a high-frequency material that features excellent thermal conductivity, combining ceramic-filled, glass-reinforced PTFE laminate for high-power RF and microwave applications.

Rogers RO3003 high-frequency laminates are ceramic-filled PTFE composites designed for commercial microwave and RF applications.

Rogers RO3006 laminates are ceramic-filled PTFE composites engineered to deliver outstanding electrical and mechanical stability for commercial microwave and RF applications.

RO4003C PCB 2-Layer 8mil: High-frequency laminates with stable dielectric constant, low loss, and cost-effective fabrication. Ideal for automotive radar, RF identification, and cellular base stations.

RO4350B PCB 2-Layer 13.3mil: High-frequency laminates with stable dielectric constant, low loss, and cost-effective fabrication. Ideal for automotive radar, RF identification, and cellular base stations.

RO4535 PCB 2-Layer 20mil High-frequency laminates with stable dielectric constant, low loss, and excellent PIM performance. Designed for cellular base station antennas and mobile infrastructure applications.

RT/Duroid 5880 PCB 2-Layer 15mil High-frequency PTFE laminates with uniform dielectric properties and low dissipation factor. Ideal for microstrip circuits, radar systems, and millimeter wave applications.

RT/Duroid 6035HTC PCB 2-Layer 10mil High thermal conductivity laminates for high-power RF and microwave applications. Ideal for amplifiers, filters, and power dividers with low insertion loss and excellent thermal stability.

TFA294 PCB 2-Layer 0.127mm Thick High-frequency PTFE ceramic composites with low loss and stable dielectric properties. Designed for aerospace, microwave antennas, and phased array systems.

TLX-8 is a type of PTFE fiberglass laminate designed for high-volume antenna applications, delivering reliability across various RF uses.

TU-768 PCB 2-Layer 1.6mm Thick High-performance epoxy laminates with UV-blocking and anti-CAF properties. Ideal for consumer electronics, automotive applications, and servers.

IT-180ATC is a high Tg (175°C by DSC) multifunctional filled epoxy, known for its high thermal reliability and CAF resistance.

CuClad 250 PCB 2-Layer 20mil High-frequency PTFE laminates with low dielectric constant and excellent dimensional stability. Ideal for radar, microwave components, and electronic countermeasures.

F4BTMS233 PCB 2-Layer 40mil High-performance ceramic-filled PTFE laminates with low loss and stable dielectric properties. Designed for aerospace, radar systems, and satellite communications.

F4BTMS1000 PCB 2-Layer 6.35mm Thick High-performance ceramic-filled PTFE laminates with low loss and stable dielectric properties. Designed for aerospace, radar systems, and satellite communications.

HDI Hybrid PCB 8-Layer 1.5mm RO4003C S1000-2M High-performance hybrid PCB with low loss and advanced impedance control. Ideal for cellular base stations, automotive radar, and RF identification applications.

Hybrid PCB on RO4003C and S1000-2M 6-Layer 1.1mm Thick High-performance hybrid PCB with low loss and advanced impedance control. Ideal for radar systems, millimeter wave applications, and microstrip circuits.

IsoClad 933 PCB 2-Layer 31mil High-frequency PTFE laminates with low loss and excellent dimensional stability. Ideal for conformal antennas, radar systems, and stripline circuits.

RF-10 PCB 2-Layer 125mil High dielectric constant laminates with low loss and excellent thermal conductivity. Ideal for microstrip patch antennas, GPS antennas, and satellite components.

RO3203 PCB 4-Layer 0.6mm Thick High-frequency ceramic-filled laminates with low loss and excellent dimensional stability. Ideal for automotive systems, wireless telecommunications, and microstrip patch antennas.

RO4003C Multilayer PCB 4-Layer 4.8mm Thick High-frequency laminates with low loss and excellent dimensional stability. Ideal for radar systems, millimeter-wave applications, and microstrip circuits.

RO4350B PCB 4-Layer 1.8mm High-frequency laminates with low loss and excellent dimensional stability. Ideal for cellular base station antennas, RF identification tags, and automotive radar systems.

RO4830 PCB 2-Layer 9.4mil High-frequency laminates with low insertion loss and excellent performance for 76-81 GHz automotive radar sensors. Ideal for millimeter-wave applications and cost-sensitive designs.

Rogers RT/duroid 5880 high-frequency laminates are advanced PTFE composites reinforced with glass microfibers, specifically designed for precision stripline and microstrip circuit applications.

TLY-5 laminates are crafted from lightweight woven fiberglass, offering superior dimensional stability compared to chopped fiber-reinforced PTFE composites.

WL-CT338 PCB 2-Layer 30mil High-frequency laminates with low loss and excellent thermal stability. Ideal for base station antennas, automotive radar, and power amplifiers.

AL2O3 Ceramic PCB, double-layer board, 1mm thickness, immersion gold, high-temperature resistance, aerospace applications, automotive electronics, IoT devices, RF circuits.

The SF490 PET Transparent Flexible Copper Clad Laminate (FCCL) – Halogen-free, high transparency, and high flexibility for advanced electronics. Ideal for flexible displays, touch panels, and wearable devices.

Explore the Rogers RT/duroid 6035HTC High-Frequency PCB, featuring high thermal conductivity and low dielectric constant for high-power RF and microwave applications. Ideal for power amplifiers, RF systems, and more.

Explore the Rogers RO4350B High-Frequency PCB, featuring low dielectric constant and cost-effective manufacturing for RF and microwave applications. Ideal for cellular base stations, automotive radar, and more.

Upgrade your RF PCB designs with Rogers RO4003C laminates – DK 3.38, low loss, and high-performance. Ideal for cellular base stations, automotive radar, and RFID tags. Cost-effective fabrication, excellent dimensional stability, and easy manufacturability.

Upgrade your RF PCB designs with Rogers RO3210 laminates – DK 10.2, low loss, and high-performance. Ideal for automotive radar, wireless telecommunications, and satellite applications. Excellent dimensional stability, matched CTE to copper, and easy manufacturability.

Upgrade your RF PCB designs with Rogers RO3003 laminates – 4-layer 1.6mm thick PCB, Dk 3.0, and low dielectric loss. Ideal for automotive radar, 5G infrastructure, and wireless communications. Stable Dk over temperature, excellent mechanical properties, and cost-effective manufacturing.

Upgrade your flexible PCB designs with Polyimide 25µm FPC – 2-layer 0.24mm thick, immersion gold finish, and high-frequency performance. Ideal for foldable phones, wearable devices, and automotive electronics. Low dielectric loss, excellent flexibility, and harsh environment resistance.

Discover Megtron6 (M6) R-5775, a high-speed, low-loss multilayer laminate designed for high-frequency applications such as 5G communications and high-performance computing. With exceptional thermal reliability and eco-friendly compliance, M6 meets the rigorous demands of modern electronic devices.

Explore the Hybrid 4-Layer PCB built with RO4350B and S1000-2M, ideal for high-frequency applications like radar systems, antennas, and millimeter-wave circuits. Featuring low loss, high thermal stability, and precise impedance control.

Upgrade your high-speed PCB designs with TU-883 HDI PCBs – 8-layer 1.5mm thick, low-loss, and impedance-controlled. Ideal for RF, telecom, and high-performance computing. Low Dk/Df, anti-CAF capability, and ENEPIG surface finish.

Discover the specifications and features of the high-performance 4-layer FR408HR PCB designed for high-speed digital applications, ensuring superior reliability and efficiency.

Explore the advanced features of the F4BTMS1000 PCB, a high-reliability material designed for aerospace applications. Learn about its specifications, construction details, and typical uses.

Upgrade your high-frequency PCB designs with F4BTMS220 – 2-layer 250mil (6.35mm) thick, ultra-low loss, and aerospace-grade reliability. Ideal for radar, satellite communications, and phased array antennas. Dk 2.2, Df 0.0009, and pure gold surface finish.

Upgrade your high-power PCB designs with TU-865 Heavy Copper PCB – double-sided 3.0mm thick, 10oz copper layers, and ENIG surface finish. Ideal for automotive, telecom, and harsh environment applications. Dk 4.4, anti-CAF capability, and halogen-free materials.

High-performance 18-layer PCB made with RO4350B and RO4450F materials, 3.2 mm thick, ideal for high-frequency applications like cellular base stations and automotive radar.

The F4BM220 2-layer PCB is optimized for RF and microwave applications. It offers low dielectric loss and high insulation resistance, making it suitable for phase shifters and power dividers.

Discover the F4BTMS430 2-layer PCB, engineered for high-reliability aerospace applications. Featuring advanced materials and superior performance metrics, this PCB is ideal for demanding electronic systems.

The F4BTMS1000 PCB is a high-performance 2-layer rigid PCB designed for demanding aerospace applications. With advanced materials and construction techniques, it provides excellent electrical performance, thermal conductivity, and stability, making it ideal for microwave and RF technologies.

Explore advanced PCB technology with our 10-layer HDI circuit boards, featuring high Tg FR-4 material for enhanced performance and reliability in various applications.

Discover the features and specifications of a high-performance hybrid PCB made with RO4003C and S1000-2M. This 6-layer construction offers excellent electrical properties and thermal stability for advanced applications.

Premium 2-layer RO3003 PCB with 5mil trace/space, ENIG finish, and stable Dk for automotive radar, 5G, and RF/microwave applications.

High-performance RO3006 2-layer PCB with 5/4 mil trace/space, 25mil substrate, and ENIG finish. Ideal for automotive radar, 5G, and satellite communications.

Discover our RO3035 2-layer PCB with immersion gold, perfect for high-frequency applications up to 40 GHz, offering excellent dielectric stability and low moisture absorption for automotive radar and telecommunications.

Discover the RO4360G2 2-layer PCB designed for high-performance applications. This board features excellent thermal stability and low loss characteristics, making it ideal for telecommunications and power amplifiers.

Discover high-performance 2-layer RT/duroid 6002 PCBs with an immersion tin finish, designed for advanced microwave applications. Explore specifications, features, and typical uses.

Explore high-performance 2-layer RT/duroid 5880 PCBs with an immersion gold finish, designed for advanced applications in RF and microwave technology. Discover specifications, features, and typical uses.

Explore high-performance 2-layer TLX-8 PCBs with an ENEPIG finish, perfect for reliable RF applications. Discover specifications, features, and typical uses.

Discover the advanced TLX-9 PCB, a high-performance 2-layer immersion silver circuit board designed for optimal electrical and mechanical properties. Ideal for applications in communications and high-power electronics.

Discover Rogers TMM4 PCB, a high-performance thermoset microwave material designed for advanced RF applications. Learn about its features, benefits, and typical uses in industries like telecommunications and aerospace.