Rogers PCB Substrates
Rogers PCB substrates are high-performance materials from Rogers Corporation that drive advancements in reliability, efficiency, and performance for specialized applications. Their team offers in-depth application knowledge, global resources, and collaborative design services to deliver solutions that make technology better connected.
The Advanced Circuit Materials Division of Rogers Corporation manufactures Rogers PCB materials. These high-frequency laminates target demanding applications across various industries. Think wireless base stations, aerospace and defense, automotive electronics, high-speed digital devices, and advanced chip packaging. Furthermore, Rogers produces all their PCB substrates in an ISO-9001:2015 certified facility, leveraging cutting-edge ‘ahead of the curve’ process technology.
Below is a list of some of the substates Rogers produces. Contact us if the material you require isn’t listed.
Rogers substrates
| Name | Type | Data sheet |
|---|---|---|
| PIM & PCB Antennas | Antennas Substate guide | Data sheet |
| RO3003 / RO3006 / RO3010 / RO3035 | Ceramic filled PTFE composite laminate | Data sheet |
| RO3203 / RO3206 / RO3210 | Fiberglass/ceramic laminate | Data sheet |
| RO4835 | Hydrocarbon ceramic (GRP) laminate | Data sheet |
| RO4835T | Hydrocarbon ceramic (GRP) laminate | Data sheet |
| RO4835IND | Hydrocarbon ceramic (GRP) laminate | Data sheet |
| RO4003C / RO4350B | Hydrocarbon ceramic (GRP) laminate | Data sheet |
| RO4450T | Bondply | Data sheet |
| RO4450F / RO4460G2 | Bondply | Data sheet |
| RO4500 Series | RO4533 / RO4534 / RO4535 | Data sheet |
| RO3003G2 | Ceramic filled PTFE composite laminate | Data sheet |
| RO4360G2 | Hydrocarbon ceramic (GRP) laminate | Data sheet |
| RO4830 | Thermoset laminate | Data sheet |
| RO4725JXR / RO4730G3 | Hydrocarbon ceramic (GRP) laminate | Data sheet |
| XtremeSpeed RO1200 | Bondply | Data sheet |
| XtremeSpeed RO1200 | Fiberglass/ceramic laminate | Data sheet |
| RT / duroid 5280LZ | Fiberglass/PTFE laminates | Data sheet |
| RT / duroid 5870 / 5880 | Fiberglass/PTFE laminates | Data sheet |
| RT / duroid 5880LZ | Fiberglass/PTFE laminates | Data sheet |
| RT / duroid 6002 | Fiberglass/ceramic laminate | Data sheet |
| RT / duroid 6006 / 6010LM | Fiberglass/ceramic laminate | Data sheet |
| RT / duroid 6202 | Fiberglass/ceramic laminate | Data sheet |
| RT / duroid 6202PR | Fiberglass/ceramic laminate | Data sheet |
| RT / duroid 6035HTC | Fiberglass/ceramic laminate | Data sheet |
| TMM3 / TMM4 / TMM6 / TMM10 / TMM101 / TMM13i | Thermoset Microwave Material | Data sheet |
| MAGTREX 555 | High Impedance Laminate | Data sheet |
| IM Series DiClad 880-IM, AD255C-IM, AD300D-IM | PIM laminates | Data sheet |
| DiClad 527, 870, 880 | Fiberglass/PTFE laminates | Data sheet |
| CuClad 217, 233, 250 | Fiberglass/PTFE laminates | Data sheet |
| CuClad 6250 / 6700 | Bonding film | Data sheet |
| CU4000 and CU4000 LoPro | Electrodeposited Copper Foil | Data sheet |
| Anteo | PTFE based Laminate | Data sheet |
| COOLSPAN | TECA epoxy film | Data sheet |
| Kappa 438 | GFRP / HC Ceramic laminate | Data sheet |
| IsoClad 917, 933 | Fiberglass/PTFE laminates | Data sheet |
| CLTE and CLTE-XT | PTFE based Laminates | Data sheet |
| AD250C, AD255C, AD300D, AD350A | Hydrocarbon ceramic (GRP) laminate | Data sheet |
| TC350 | Ceramic filled PTFE composite laminate | Data sheet |
| TC350 Plus | Ceramic filled PTFE composite laminate | Data sheet |
| TC600 | Ceramic filled PTFE composite laminate | Data sheet |
| SpeedWave 300P | Bondply | Data sheet |
| 2929 | Bondply | Data sheet |
| Rogers 3001 | Legacy product | Data sheet |
| ULTRALAM 3850 | Legacy product | Data sheet |
| ULTRALAM 3908 | Legacy product | Data sheet |
| XT / duroid 8100 | Legacy product | Data sheet |
| XT / duroid 8000 | Legacy product | Data sheet |
| SYRON 7000 | Legacy product | Data sheet |
| SYRON 7100 | Legacy product | Data sheet |
If you are struggling to find the right substrate for your PCB design? You can use our PCB material search tool to find the material right for your project. You can also watch our YouTube channel for PCB design tips.
Sticking with tried-and-true Rogers PCB substrates can be crucial for your project’s success. Alternative substrates might seem tempting, but they can introduce risks. Rogers offers specialized materials meticulously engineered for high-frequency applications. Untested alternatives might not handle heat dissipation or signal integrity as well, leading to malfunctions or performance issues. Additionally, Rogers’ ISO-certified manufacturing ensures consistent quality. Opting for untested materials could introduce hidden defects or inconsistencies, causing production delays or even device failures. In the long run, the potential problems with alternative substrates can outweigh any initial cost savings.
This information is for reference only. Verify details like material properties directly with the manufacturer to ensure accuracy.