Choose the laminate.
Define the construction.
Find RF and microwave materials by family or exact grade. Compare the data, explore practical design tools and send a clear specification for review.

Popular RF material starting points
Start with the circuit requirement, then verify the complete grade, dielectric thickness and copper construction. Every candidate needs an application-specific review.
Rogers RO4350B
A practical starting point for controlled-impedance RF and hybrid stackup review.
Open material guideRogers RO4003C
Compare construction, design Dk and the material requirements of your circuit.
Open material guideRogers RO3003
Review low-loss microwave use and the disclosed design-Dk source discrepancy.
Open material guideRT/duroid 5880
Explore a low-Dk microwave candidate with editable impedance and cost tools.
Open material guideTaconic laminates
Identify TLY-5 or the exact RF-series grade before comparing properties.
Open material guideArlon materials
Distinguish AD-series PTFE constructions from historical thermoset grades.
Open material guideIsola materials
Compare Astra MT77 and construction-specific I-Tera MT40 RF/MW options.
Open material guideWangling F4B family
Separate legacy F4B, F4BM and F4BME with a complete grade suffix.
Open material guidePTFE / Teflon PCB
Understand reinforcement, fillers and why PTFE has no universal Dk or process.
Open material guideFind a laminate or bonding material
Search the existing material library by name or narrow it by manufacturer family. Catalog coverage is not a stock list; confirm availability for your exact thickness and foil.
119 material pages
No matching material found. Try a shorter grade name or ask an engineer about your specification.
A better material decision in three steps
Define the electrical target
Operating band, route length, insertion-loss budget, phase tolerance and impedance determine which properties matter.
Compare complete constructions
Use comparable Dk/Df conditions, copper, thickness and bonding requirements. Similar brand names do not authorize substitution.
Validate the production stackup
Agree the fabrication construction and test plan, then correlate critical structures with representative coupons or prototypes.
Specify more than a laminate name
Thickness, copper and model
State the dielectric height to ground, foil, finished copper and simulation Dk. Process Dk and design Dk may serve different purposes.
Open engineering resourcesA comparable quotation
Include exact grade, approved alternatives, board revision, quantity, finish and acceptance requirements. Confirm material availability with the build.
Review the manufacturing scopeHave a material in mind?
Send the grade and stackup with your fabrication files. If the choice is still open, include frequency, loss and geometry requirements so the review can start with the right constraints.
Related engineering decisions
Related engineering decisions
In this section
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View pageArlon 25FR PCB | Flame Retardant RF Laminate
View pageArlon 25N PCB: Properties, Design & Selection
View pageArlon 33N PCB | Polyimide High-Temperature Boards
View pageArlon 35N PCB | High Tg Polyimide Fabrication
View pageArlon 55NT PCB: Properties, Design & Selection
View pageArlon 85N PCB | Pure Polyimide Multilayer Boards
View pageArlon AD1000 PCB | Dk 10.2 High Dk Laminate Guide
View pageArlon AD250C PCB: Properties, Design & Selection
View pageArlon AD255C PCB: Properties, Design & Selection
View pageArlon AD300D PCB | Dk 3.00 Antenna Fabrication
View pageArlon AD350A PCB: Rogers PTFE Material Guide
View pageArlon PCB
View pageAstra MT77 PCB | Dk 3.00 Laminate for 77 GHz Radar
View pageCeramic-Filled PTFE PCB
View pageCLTE-MW PCB | Rogers Microwave Grade Laminate Guide
View pageCoolSpan TECA Film | Thermally Conductive Adhesive
View pageCuClad 217 PCB | Dk 2.17 PTFE Woven Glass Laminate
View pageCuClad 250 PCB | Dk 2.50 PTFE Microwave Laminate
View pageCuClad 6250 Bonding Film | PTFE Multilayer Bonding
View pageCuClad 6700 Bonding Film | Low-Temp PTFE Bonding
View pageDiClad 527 PCB: Properties, Design & Fabrication
View pageDiClad 880 PCB | Dk 2.17 PTFE Microwave Boards
View pageElite EM-891 PCB: Properties, Design & Cost
View pageF4BME PCB: Properties, Design & Fabrication
View pageFastRise 27 PCB: Properties, Design & Selection
View pageFR408HR PCB: Properties, Stackup & Design Guide
View pageGlass Reinforced PTFE PCB: Dimensional Stability
View pageHVLP Copper Foil for RF PCB | Roughness vs Loss
View pageHydrocarbon Ceramic Laminate | RF PCB Material Guide
View pageI-Tera MT40 PCB | Low-Loss Digital & RF Boards
View pageIS550H PCB | Halogen-Free High-Tg Laminate Guide
View pageIS680-AG PCB | Isola Low-Dk High-Speed Laminate
View pageIsoClad 917 PCB: Nonwoven PTFE Material Guide
View pageIsoClad 933 PCB | Dk 2.33 Random Glass PTFE Guide
View pageIsola PCB
View pageKappa 438 PCB: Properties, Stackup & Design Guide
View pageLCP PCB | Liquid Crystal Polymer mmWave Fabrication
View pageMAGTREX 555 PCB | Magneto-Dielectric Antenna Design
View pageMegtron 6 PCB | Low-Loss Laminate for 100G Design
View pageMegtron 7 PCB | Ultra-Low-Loss Boards for 400G
View pageMegtron 8 PCB | 224G Ultra-Low-Loss Laminate Guide
View pageNelco N4000-13 PCB: Properties, Stackups & Use
View pageNelco N9000 PCB | PTFE Microwave Laminate Guide
View pagePanasonic MEGTRON PCB
View pagePTFE / Teflon PCB
View pagePure PTFE PCB | Lowest-Loss Unreinforced Fabrication
View pageRF Laminate Price Guide 2026 | Cost per Panel
View pageRF Laminate Stock List | Thickness & Copper Options
View pageRF Laminate Thickness Chart | All Brands Reference
View pageRF PCB Material Selection Guide
View pageRO1200 PCB: Properties, Stackups & Design Guide
View pageRO4350B LoPro PCB: Reduced Insertion Loss Design
View pageRO4450B Bondply: Multilayer RF Stackup Guide
View pageRO4450F Bondply | Hybrid RF Lamination Guide
View pageRO4835IND LoPro PCB: Design & Fabrication Guide
View pageRogers 2929 Bondply | Hybrid Rogers FR4 Lamination
View pageRogers 92ML PCB
View pageRogers CLTE PCB | Low CTE Microwave Laminate
View pageRogers CLTE-AT PCB | Dk 3.00 Low Loss Fabrication
View pageRogers CLTE-XT PCB | Dk 2.94 Low Loss Multilayer
View pageRogers CuClad 233 Reinforced PTFE PCB Laminate
View pageRogers Radix Printable Dielectric for 3D RF PCBs
View pageRogers RO3003 PCB
View pageRogers RO3003G2 PCB: Properties & Design Guide
View pageRogers RO3006 / RO3010 PCB
View pageRogers RO3035 PCB: Properties, Design & Fab
View pageRogers RO3203 PCB: Properties, Design & Cost
View pageRogers RO3206 PCB: Properties, Design & Tips
View pageRogers RO3210 PCB: Properties, Design & Tips
View pageRogers RO3730 PCB
View pageRogers RO4000 LoPro PCB: Design & Fabrication
View pageRogers RO4003C PCB
View pageRogers RO4350B PCB
View pageRogers RO4360G2 PCB
View pageRogers RO4460G2 PCB: High-Dk Bondply Guide
View pageRogers RO4533 / RO4535 PCB
View pageRogers RO4535 PCB: Properties, Design & Cost
View pageRogers RO4700 PCB: Design & Fabrication Guide
View pageRogers RO4730G3 PCB: Properties & Design Guide
View pageRogers RO4830 PCB: Properties, Stackups & Design
View pageRogers RO4835 PCB: Properties, Stackup & Design
View pageRogers RO4835T PCB: Properties & Design Guide
View pageRogers TC350 / TC600 PCB
View pageRogers TC350 Plus PCB
View pageRogers TC600 PCB: Properties, Design & Fab Guide
View pageRogers TMM10 PCB | Dk 9.2 High Dk Microwave Boards
View pageRogers TMM10i PCB | Dk 9.8 Miniaturized RF Circuits
View pageRogers TMM13i PCB | Dk 12.85 Ultra-High Dk Boards
View pageRogers TMM3 PCB | Dk 3.27 Thermoset Microwave
View pageRogers TMM4 PCB | Dk 4.5 Ceramic Thermoset Boards
View pageRogers TMM6 PCB: Properties, Stackup & Design
View pageRT Duroid 5870 PCB Design & Fabrication Guide
View pageRT Duroid 5880LZ PCB: Properties & Design
View pageRT Duroid 6002 PCB: CTE-Matched Design Guide
View pageRT Duroid 6006 PCB: Properties, Stackup & Design
View pageRT Duroid 6202 PCB: Properties & Design Guide
View pageRT Duroid 6202PR PCB: Stackup & Design Guide
View pageRT/duroid 5880 PCB
View pageRT/duroid 6010LM PCB | Dk 10.2 Circuit Fabrication
View pageRT/duroid 6035HTC PCB | High Thermal Conductivity
View pageSCGA-500GF PCB: Properties, Design & Cost Guide
View pageShengyi High Frequency PCB Materials
View pageShengyi S7136 PCB: Properties, Design & Cost
View pageShengyi S7136H PCB: Properties & Design Guide
View pageSpeedWave 300P Prepreg | Low Dk Hybrid Bonding
View pageTachyon 100G PCB | Ultra-Low-Loss Fabrication Guide
View pageTaconic PCB
View pageTaconic RF-301 PCB: Properties, Design & Selection
View pageTaconic RF-35 PCB | Low-Cost Rogers Alternative
View pageTaconic RF-41 PCB: Properties, Design & Selection
View pageTaconic RF-60A PCB: High-Dk Laminate Guide
View pageTaconic TLC-30 PCB: Properties, Design & Cost
View pageTaconic TLC-32 PCB: Properties, Design & Sourcing
View pageTaconic TLF-35 PCB: Properties, Design & Cost
View pageTaconic TLX-0 PCB: Properties, Design & Fab Guide
View pageTaconic TLX-8 PCB: Properties, Design & Selection
View pageTaconic TLX-9 PCB: Properties, Design & Selection
View pageTaconic TLY-3 PCB: Properties, Design & Fab
View pageTaconic TLY-5 PCB | Dk 2.20 PTFE Fabrication Guide
View pageTaconic TSM-DF PCB: Ultra-Low-Loss mmWave Guide
View pageTaconic TSM-DS3 PCB: Properties & Design Guide
View pageVentec VT-47 PCB: Properties, Stackups & Design
View pageVentec VT-870 PCB: Properties, RF Use & Tips
View pageWangling F4B PCB
View pageWangling F4BM PCB | Low-Cost PTFE Microwave Boards
View pageWangling TP-2 PCB: Properties, Design & Cost
View pageWangling TSM-DS PCB | Low Loss Antenna Laminate
View pageReady for a quotation?
Send your requirements for a material, stackup and manufacturing review. Price and schedule are confirmed for your project.
