Rogers PCB
Geyuan Electronics’ mission is to exceed customer expectations by manufacturing high-performance Rogers PCBs using advanced materials provided by Rogers Corporation, through superior engineering and personalized service. Our success lies in distinguishing ourselves in the market by providing first-class responsiveness and service, and building lasting relationships based on trust and integrity. Contact us now for a project quote.
Rogers PCB Professional Manufacturer
Geyuan Electronics processes Rogers Corporation’s high-performance laminates into precision-manufactured printed circuit boards. We are not a materials distributor, but a professional PCB factory that sources genuine Rogers laminates through authorized channels and processes them using equipment specifically configured for PTFE and ceramic-loaded high-frequency substrates. Furthermore, our factory can combine plasma removal coating treatment, hybrid stack-up engineering, and TDR/VNA impedance verification to deliver circuit boards whose performance fully matches your RF electromagnetic simulation predictions.
Rogers PCB Supplier
As a trusted Rogers PCB supplier, we combine decades of experience, engineering expertise, and U.S. manufacturing capabilities to provide complete PCB solutions, from material selection and design consultation to assembly and final testing. Our mission is to help our customers achieve high-performance, high-reliability electronics while maintaining production efficiency and cost-effectiveness. With our professional Rogers PCB manufacturing services, you can explore superior high-frequency circuit solutions for RF, microwave, and telecommunications applications.
Extensive Experience in Rogers PCB Manufacturing
Geyuan Electronics boasts over 20 years of experience in the PCB industry, with extensive project experience in high-frequency applications such as RF, microwave, radar, and antenna systems. Many of these projects have utilized Rogers materials, allowing us to gain a deeper understanding of their performance characteristics, manufacturing priorities, and application requirements. Therefore, our engineering team can provide more practical support in material selection, layer stack evaluation, and manufacturing planning. This facilitates a smoother transition from design verification to production and better aligns engineering needs with manufacturing execution. Furthermore, our stable order volume and long-term purchasing relationships ensure a more reliable supply of Rogers materials, and for assembly projects, our component sourcing capabilities help optimize total project costs.
Rogers PCB Fabrication Capabilities
| Available Materials | RO4000 Series, RO3000 Series, RT/duroid Series, and TMM Series |
| Max. Layer Count | 24 layers |
| Max. Board Thickness | 6.0 mm |
| Mixed Lamination | Rogers + FR-4, Rogers + Rogers, Rogers + Copper, Rogers + Metal Core |
| Dielectric Constant (Dk) | 2.2–12.85* |
| Dissipation Factor (Df) | 0.0009–0.0037* |
| Microwave Frequency / Data Rate | Up to 128 GHz / 128 Gbps** |
| High-speed Impedance Tolerance | ±8% (>50Ω); ±5Ω (≤50Ω) |
| Surface Finishes | Immersion Silver, Immersion Tin, Hard Gold Plating, Silver Plating |
| Max. PCB Size | 510 × 620 mm |
| Trace Tolerance | ±0.015 mm |
| Min. Trace / Spacing | 0.08 / 0.08 mm |
| Min. Hole Size | 0.08 mm |
| PTH Treatment | Plasma, Ultrasonic Cleaning |
| Solder Mask Pre-treatment | Sand Blasting, Surface Roughening |
Engineering Team and Technological Innovation Capabilities
Geyuan Electronics’ engineering team is happy to assist you with material selection, design, and manufacturing of Rogers printed circuit boards. With unparalleled industry expertise, our team continuously conceives and develops new PCB manufacturing solutions to meet increasingly challenging needs and is committed to continuous innovation to satisfy the demands of numerous new high-power applications. Despite Geyuan Electronics’ status as an industry leader, our team remains dedicated to continuously exploring the potential electrical properties of PCBs made from different materials to anticipate potential problems and to collaborating with partners to continuously improve the performance of various PCB types.
Free DFM Review, Including Hybrid Stack Optimization
Our engineering team offers a free DFM (Design for Manufacturability) review service to optimize your Rogers+FR4 hybrid laminate design, helping you achieve high-frequency performance and cost-effectiveness. In Rogers PCB Design for Manufacturability (DFM), the Geyuan Electronics team is committed to optimizing designs for efficient production while maintaining high product quality and reliability. By integrating DFM and Design for Manufacturability (DFA) principles, manufacturers can quickly and cost-effectively produce superior products.
Rogers PCB Material Series
Rogers PCBs offer a variety of series, each designed for specific applications and frequency ranges. Our company specializes in manufacturing a wide range of Rogers PCBs to meet specific customer needs. Our extensive expertise and experience enable us to provide customized solutions that optimize performance, reliability, and cost-effectiveness.
Rogers RO4000 Series
Rogers RO3000 Series
Rogers RT/Duroid Series
Rogers TMM Series
Rogers Ultralam Series
RT/duroid 5000 and 6000 Series
Rogers High-Frequency Printed Circuit Boards
In the field of high-frequency technology, Rogers printed circuit boards are unparalleled. Rogers substrates provide superior signal integrity and low loss for “high-speed circuits” at 1 GHz and above. Furthermore, Rogers boards offer excellent thermal stability, robustness, and heat resistance. Therefore, Geyuan Electronics offers a wide range of Rogers 4003C, 4350B, and 4360G2 series products in various thicknesses, with online calculation support. In addition to pure Rogers multilayer boards, hybrid multilayer boards made with FR4 prepreg and Rogers core materials complement our high-frequency solutions portfolio with their cost-effective and readily available technology. Our technical advisors are ready to answer any questions you may have.
Professional RF Engineering and Rogers PCB Manufacturing Technology
Our RF engineering team boasts over 25 years of experience in high-frequency circuit design and manufacturing. We not only design and manufacture Rogers PCBs, but also provide expert consultation throughout the process to optimize performance and manufacturability. For every Rogers project, we conduct a comprehensive design review, focusing on RF performance issues that typical PCB manufacturers might overlook.
To date, Geyuan Electronics’ engineering team has worked with thousands of customers worldwide to optimize their RF designs, identifying potential problems such as impedance discontinuities, signal reflections, and crosstalk before they impact production. Our expert guidance has helped many customers successfully complete complex RF designs on their first attempt, whereas previous collaborations with standard PCB manufacturers had failed to meet performance requirements.
From Prototyping to Delivery
Geyuan Electronics provides manufacturing support across multiple stages of Rogers PCB projects, helping customers move step by step from early validation to stable volume production.
- Engineering Support
- PCB Fabrication
- PCBA Assembly
- Box Build / System Integration
- Testing & Validation
- Supply Chain & Logistics
Ready To Start Your Rogers Custom PCB Project?
Geyuan Electronics is the top choice among Rogers PCB manufacturers. Our team has over 20 years of experience bringing designs to life. With advanced tools, we guarantee design accuracy and rapid development. Contact us today for a free quote for your next Rogers PCB project!
A Professional Rogers PCB Manufacturing Factory
Geyuan Electronics is a professional manufacturer of Rogers PCBs, dedicated to processing Rogers laminates into finished, verified printed circuit boards. Our strong partnerships with authorized distributors ensure that every panel entering our production line is genuine and meets specifications. We maintain a stock of our highest-volume models (RO4350B, RO4003C, RO3003) to support rapid prototyping for customers in North America, Europe, and the Asia-Pacific region, thereby shortening lead times for standard materials. Furthermore, for Rogers PCB manufacturing, our factory has a dedicated plasma lift-off chamber for handling PTFE substrates and performing specialized drilling procedures. We use calibration equipment to measure time-domain reflectometer (TDR) test pieces to verify each controlled impedance structure. When you send us your Gerber files, you will receive finished products that match your simulation predictions and meet the demanding requirements of microwave PCB applications.
Advanced Rogers PCB Fabrication Capabilities in Our Global Facility
Processing PTFE-ceramic composite laminated PCBs requires specialized equipment and chemical processes, with requirements far exceeding those of standard FR-4 PCB manufacturing. Consequently, these products are manufactured using specialized rapid RF PCB fabrication processes rather than general-purpose FR-4 production lines.
PTFE Plasma Removal and Surface Activation
The RO3000 and RT/duroid substrates are chemically stable—standard alkaline permanganate detergents cannot etch PTFE. Our factory uses a dedicated plasma treatment chamber with a controlled CF4/O2 gas mixture to activate the via wall surfaces before chemical copper plating.
Controlled Impedance Etching and Time Domain Reflectometer Validation
The precision etching process on Rogers substrates allows for linewidth tolerance control within ±0.5 mil (12.7 μm), which is crucial for maintaining a 50 Ω single-ended or 100 Ω differential target impedance with a total tolerance of less than ±7%. Each production panel includes impedance test pieces measured by TDR. These test pieces are probed on a calibrated time-domain reflectometer, and the measurements are compared to your pre-production simulation targets.
RF Optimized Surface Finishes
For Rogers products, we recommend an immersion silver process for high-frequency signal traces to achieve the lowest possible surface resistivity. For fine-pitch MMIC packages requiring multiple reflow soldering operations, we recommend the ENIG process. For antenna-level boards requiring PIM screening, we offer the ENEPIG process.
Humidity-Controlled Storage and Baking Procedures
Rogers laminates based on polytetrafluoroethylene (PTFE) absorb moisture from the air over time. All Rogers incoming materials are stored in our temperature-controlled warehouse, and each batch undergoes pre-lamination baking according to Rogers' published recommendations; all procedures are documented.
Laminator Profile Engineering
Different Rogers materials require different lamination processes. The RO4000 series laminates have a similar thermosetting curing temperature to FR-4, but the PTFE base material has a different bonding temperature and a specific heating rate. Our pressing program is validated through thermocouple-monitored test runs.
Improved Drilling Program for PTFE
PTFE is a soft thermoplastic material, and the standard drilling program designed for rigid FR-4 generates excessive heat, causing fluoropolymer to coat the hole walls. Our PTFE drilling program utilizes reduced spindle speed, optimized feed rate, and the use of specialized feed and exit materials.
Rogers PCB Manufacturing Equipment
Our 165,000-square-foot manufacturing facility is equipped with state-of-the-art manufacturing equipment. We use high-speed CNC machine tools for drilling and milling, employing optimized parameters to create clean vias and precise board contours, crucial for RF circuitry. For multilayer and hybrid structures, our modern laminators utilize precisely controlled temperature and pressure profiles to ensure strong, gapless adhesion between layers. To overcome the challenges of PTFE bonding, we employ a specialized plasma treatment system to activate the material surface, thereby enhancing the adhesion between the copper foil and the solder mask. Subsequently, our automated electroplating line deposits a uniform layer of copper foil, essential for ensuring signal integrity. At critical stages, we use a comprehensive suite of inspection equipment to validate these controlled processes, ensuring that each board meets its design intent.
Browse Different PCB Solutions for Every Need
Looking for the right PCB solution? Explore various types of PCBs to find the perfect match for your project.
Aluminum PCB
Rigid PCB
Copper‑Core PCB
High-TG PCB
High Frequency PCB
High Speed PCB
HDI PCB
Heavy Copper PCB
Flexible PCB
Rigid-Flex PCB
Ceramic PCB
Cutting-Edge Technologies
With deep Rogers material knowledge and continued investment in advanced equipment, Geyuan Electronics supports more complex and higher-spec PCB projects.
- Rogers + Rogers and Rogers + FR-4 hybrid stack-ups
- Vacuum etching and laser drilling for precision fabrication
- SMT and THT hybrid assembly processes
- Impedance consistency and stable mass production
- Support for 0–128 GHz and data rates up to 128 Gbps
- PCB 220k m²/month with PCBA 15M SMT points/day
Rogers PCB Additive Manufacturing
This technology uses materials such as conductive inks to build Rogers PCBs layer by layer. This method not only significantly reduces material waste but also provides unparalleled design flexibility. Engineers can experiment with complex geometries and integrate components directly onto the substrate, enabling more innovative designs. Another innovative technology is direct writing, which deposits conductive materials directly onto the substrate without the need for traditional etching processes. This paves the way for rapid prototyping, allowing engineers to turn ideas into reality at unprecedented speeds.
Advanced Rogers PCB Manufacturing Infrastructure
Geyuan Electronics has invested in dedicated Rogers material processing equipment, a feature not found in standard PCB manufacturers. Our specialized drilling systems ensure precise hole quality when processing challenging ceramic-filled and PTFE-based materials; our advanced laminators employ specific material pressure and temperature profiles optimized for Rogers composites. Our production facilities maintain strict control over temperature, humidity, and contamination, crucial for ensuring consistent processing results using high-quality RF materials. For demanding industrial customers, we implement a comprehensive traceability system, documenting every stage of production from raw material verification to final electrical testing.
A Robust Quality Assurance Process
Quality assurance is at the heart of Geyuan Electronics’ operations. Our unwavering commitment to quality ensures that every PCB undergoes rigorous testing and inspection before delivery. Our stringent quality control begins with incoming raw material inspection. We use AOI to detect defects and X-rays to inspect internal issues. Electrical performance testing is conducted using advanced automated testing equipment and flying probe testers. Before shipment, our professional quality control team conducts a comprehensive visual inspection to ensure all products meet stringent quality standards. This rigorous process gives our customers peace of mind, ensuring they receive reliable products. With ISO 9001, ISO 14001, UL, and RoHS certifications, we ensure your Rogers projects meet international safety, quality, and environmental standards for global distribution.
Manufacturing Process Control
- Full BOM and lot traceability across production
- Material traceability (components, boards, solder paste, etc.)
- Process documentation for regulated manufacturing
- First Article Inspection (FAI) support
- In-process quality checks and monitoring
- Controlled ESD & cleanroom processes (if applicable)
- Complete inspection records and test reports
- Change control and nonconformance management
Certification Compliance Support
- Support for ISO 9001 quality management system
- Compliance with ISO 14001 environmental management system
- Adherence to ISO 45001 occupational health and safety standards
- Compliance with IPC-A-610 and IPC J-STD-001 standards
- Support for RoHS / REACH environmental compliance
- Support for UL and CE certifications
- Support for ISO 13485, IEC 62031, and other industry-specific certifications
Rogers PCB Different Types
Rogers primarily categorizes its materials by series, each with unique technical characteristics. Below are the material types we can offer.
Rogers 4350B
The Rogers 4350B features low loss capability and stable dielectric constant (DK) control, making it an ideal material for high-power RF designs and ultra-active devices.
Rogers 3003
This Rogers PCB model is suitable for 77 GHz automotive radar applications and also supports 5G wireless applications and ADAS.
Rogers 3006
The 3006 model offers excellent mechanical and electrical stability with a reliable dielectric constant across a wide range of temperatures. It also eliminates abrupt changes in dielectric constant.
Rogers 3010
The 3010 is one of the most cost-effective models using advanced ceramic-filled PTFE material. Therefore, its stability simplifies the operation of broadband components.
Rogers 0588
The Rogers 5880 is reinforced with glass microfibers, featuring low dielectric constant and low loss. Therefore, this model is ideal for broadband and high-frequency applications.
Rogers 6002
The 6002 model uses a low dielectric constant material, making it ideal for complex microwave structures. Therefore, it is ideal for multilayer circuit board designs.
Rogers 6010
This RO6010 is ideal for microwave and electronic circuit board applications requiring a high dielectric constant (DK). Additionally, this model is ideal if you plan to reduce circuit size.
Rogers 4003
The Rogers 4003 model uses 1674 and 1080 type glass fiber fabrics. All configurations are identical in specifications; bromination is not supported.
Rogers 4835
This 4835 laminate is a low-loss material with excellent oxidation resistance and high-temperature performance, maintaining high stability. Using this material, you can achieve standard glass or epoxy FR-4 processes and realize low-cost circuit production.
Rogers 4360G2
This laminate achieves a perfect balance between processability and application performance. Furthermore, this low-loss laminate is made from thermostat material filled with hydrocarbon ceramic.
Rogers 4450F
This is the standard prepreg for Rogers multilayer boards, based on the RO4000 series core. Rogers 4450F is a CAF-resistant high-frequency thermosetting prepreg compatible with FR4 lamination temperatures, enabling cost-effective production of high-frequency multilayer circuits.
Rogers RT/duroid
Rogers RT/duroid® high-frequency substrates are filled PTFE composite laminates (glass or ceramic optional) designed for aerospace and defense applications. The Rogers RT/duroid® series outperforms most other Rogers series in terms of technical performance.
Rogers TMM Laminates
Rogers TMM laminates are thermosetting microwave laminates and can also be processed into 3D molded parts. Therefore, Rogers TMM substrates are more expensive. The most commonly used models are TMM4 and TMM10, where the numbers represent the approximate dielectric constant Dk value at a 10 GHz reference frequency (TMM4 has a Dk value of 4.5).
RT/Duroid 5880
This model is known for its extremely low signal loss. It uses glass microfiber reinforcement and polytetrafluoroethylene (PTFE) as the substrate. This material is widely used in aerospace systems, radar, and high-frequency communication links, where even extremely low signal loss is crucial.
Rogers RT/Duroid 6002
This material features a low dielectric constant and low loss, and its excellent electrical and mechanical properties make it ideal for microwave applications. It ensures the reliability of multilayer circuit board designs.
All Rogers PCB Materials for Selection
Geyuan Electronics provides leading-edge Rogers printed circuit board manufacturing solutions. We can supply high-frequency laminates, adhesive layers, and prepregs designed to meet stringent performance requirements. With superior dielectric constant control, Rogers’ specialty materials are a reliable and stable choice for a wide range of applications. The Rogers PCB materials we can supply include:
- 92ML™ Materials
- AD Series® Laminates
- CLTE Series® Laminates
- CuClad® Series
- DiClad® Series Laminates
- IM Series™ Laminates
- IsoClad® Series Laminates
- Kappa® 438 Laminates
- MAGTREX™ Laminates
- Prepregs and Bondplys
- RO3000® Series
- RO4000® Series
- RT/duroid® Laminates
- TC Series® Laminates
- TMM® Laminates
- XtremeSpeed™ RO1200™ Series
What Makes Rogers PCBs Unique
Choosing to transition your designs to Rogers PCB materials is a commitment to performance and reliability. While these materials do require a higher investment compared to standard FR4 materials, the cost-effectiveness is evident in the reduced signal loss, improved overall system reliability, and stable production yields. All Rogers materials feature a controllable dielectric constant (Dk), with the range varying depending on the product family. In addition to above-average thermal conductivity (0.6 to 0.8 W/mK), they offer high heat resistance (compatible with lead-free solder) and a low Z-axis coefficient of thermal expansion, ensuring reliable plated via quality.
From Prototype to Mass Production
If you’re designing for high-speed, high-frequency, or mission-critical applications, don’t leave Rogers PCB performance to chance. With years of experience, we’re ready to bring your most challenging designs to life. We invite you to leverage our deep technical resources and unwavering commitment to quality to ensure your next project meets the highest standards of electrical performance and structural integrity. Whether you’re in the early stages of prototyping or preparing for mass production, the Geyuan Electronics team is ready to provide the professional support you need. Let us help you navigate the world of materials and ensure you gain a competitive edge using the world’s most advanced Rogers PCBs. Contact us today to discuss your next high-frequency Rogers PCB project and learn how our expertise can translate your complex engineering goals into a reliable, high-performance reality.
Rogers PCB Application Industries
Rogers PCBs are widely used in RF, microwave, and high-speed digital circuit design, where signal integrity and low loss are critical. At Geyuan Electronics, we provide customized Rogers PCB solutions for customers across various industries:
Automotive
Industrial Automation
Medical Electronics
Telecommunication
Aerospace
Power Amplifiers
FAQ
Rogers PCB stands for "Rogers Printed Circuit Board," meaning a printed circuit board using Rogers substrate. Rogers PCBs are made from a specialized material called Rogers high-frequency substrate. This substrate is renowned for its superior electrical performance in high-frequency applications. Rogers PCBs feature high stability, good heat dissipation, and low moisture absorption. Due to their special characteristics and manufacturing processes, Rogers PCBs can be precision-manufactured and are generally more expensive than conventional PCB materials.
Rogers PCB materials are generally recommended when frequencies above 1 GHz are required. Rogers materials are specifically developed for high-frequency applications and possess superior electrical properties, such as low loss tangent (Df), which is crucial in high-frequency applications. These materials minimize signal loss, thus ensuring more stable functionality.
When you send us your design documents, our engineering team will first review the key requirements, then confirm the laminate structure, materials, and manufacturing details with you to ensure the project proceeds smoothly.
Yes. After you provide your project requirements, we will work with you to determine the most suitable material solution based on the application and structural requirements.
Yes, this is called a hybrid laminate structure. We typically bond Rogers high-frequency laminates together with standard FR-4 cores. This allows you to place critical RF signals on Rogers layers while using the more cost-effective FR-4 for power and ground layers, effectively balancing performance and cost.
We offer electrodeposited (ED), rolled annealed (RA), reverse processed (RT), and resistor foils to balance cost, flexibility, and signal loss.
Use shorter trace lengths, avoid right-angle corners, and employ impedance-matched routing for high-frequency networks. Select Rogers materials, such as RO4003C or RO3003, based on the target dielectric constant (Dk) and dielectric loss (Df). Maintain uniform trace widths and controllable dielectric thickness to minimize signal loss and maintain signal integrity at frequencies above 6 GHz.
During prototyping and new product introduction (P), validated material specifications, stack-up structures, CAM data, sample requirements, and key process parameters are translated into controlled manufacturing baselines. Batch traceability, version control, and engineering change management help reduce performance fluctuations during repetitive production processes.
Request a Rogers PCB Project Review
Submit your manufacturing data, stack-up structure, or material requirements for engineering review. Our team will evaluate Rogers' material choices, hybrid structures, impedance targets, critical RF geometries, and manufacturability before providing a quote. Services include: Rogers material and adhesive layer review, hybrid stack-up and impedance assessment, prototyping, new product introduction (NPI), and repeat production support.