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Material selection is essential to your PCB design and manufacturing solution to ensure superior performance & reliability. Our manufacturers and PCB material Suppliers offer a large selection of advanced materials to meet the industry demand. We stock over 70 Different brands and glass types to meet everything market and product mix from your everyday low-cost solutions to the extremely high speeds low loss requirements.
RT/duroid® High-Frequency Laminates
RO4000® High Frequency Circuit Materials
RO3000® High-Frequency Laminates
TMM® Thermoset Microwave Materials
Applications:
Wireless Base Stations
Aerospace & Defense
Automotive
High-Speed Digital
BT/ epoxy
Halogen Free
High-Density Interconnect
High-Speed Digital
High Thermal Conductivity
High Thermal Reliability
Lead-Free Compatible
Low CTE z-axis
No / Low Flow Prepreg
Polyimide
RF Hybrid
Signal Integrity
Meteorwave® Family
New very low loss, very high reliability
N4800-20 and N4800-20 SI® New high speed / low loss with Lead-free.
N4000-13 is a high-speed digital, low-loss epoxy material featuring outstanding thermal and electrical properties.
N4000-13 EP™ provides enhanced thermal reliability and CAF resistance for high temperature and lead-free
All Nelco materials are RoHS-compliant.
Panasonic Multi-layer PCB Materials:
Panasonic’s MEGTRON series of Multi-layer PCB MEGTRON 7
Ultra Low Loss, Tg 200°C, Dk 3.6, Df .0015, Td 400°C
MEGTRON 6
Low Loss, Tg 185°C, Dk 3.7, Df .002, Td 410°C
MEGTRON 4
High Speed Low Loss, Tg 176°C, Dk 3.8, Df .005, Td 360°C
MEGTRON 2
FR4, Halogen-free, Tg 170°C, Dk 4.1, Df .010, Td 380°C
R-1755V
Panasonic Multi-layer PCB Materials:
Panasonic’s MEGTRON series of Multi-layer PCB MEGTRON 7
Ultra Low Loss, Tg 200°C, Dk 3.6, Df .0015, Td 400°C
MEGTRON 6
Low Loss, Tg 185°C, Dk 3.7, Df .002, Td 410°C
MEGTRON 4
High Speed Low Loss, Tg 176°C, Dk 3.8, Df .005, Td 360°C
MEGTRON 2
FR4, Halogen-free, Tg 170°C, Dk 4.1, Df .010, Td 380°C
R-1755V
FR4, Filled, Tg 173°C, Dk 4.4, Df .016, Td 350°C
Flexible MaterialsFelios Flex
12.5-150µ thick base film, 2-70µ copper
Matrix Plus/Plus FR Coverlay & Bond-ply
High-Quality Materials for Flexible Circuit Board Applications
Pyralux® AP - DuPont™ Pyralux® AP
Pyralux® AC - DuPont™ Pyralux® AC
Pyralux® APR - DuPont™ Pyralux® APR
Pyralux® HT - DuPont™ Pyralux® HT
Pyralux® JT - DuPont™ Pyralux® JT
We have higher-end designs at mmWave Frequencies. That is why I reached out to you and Tech Driven: I know you can do demanding stack-ups and have a good knowledge and selection of laminates.
Timo Hussan - Intel Corp.
Five Star Review *****
When your product's final manufacturing destination is offshore for cost, it makes sense to photo-type and build your product domestically using equivalent offshore material. This not only saves you domestic costs on your material, but it allows you to understand the functionality of your product. This decision will also help you in the long run with Seamless manufacturing using standard offshore materials that are readerly available (domestic could take up to 6 weeks), reducing your product's time to market.
Matching Domestic Materials at a much low cost
Copper Clad Laminate Product:
Halogen Free Mid. Loss Material
。EM-285
。EM-285B(L)
。EM-355(D)
。EM-370(5)
。EM-370(D)
。EM-370(Z)
Halogen Free Low Loss Material
。EM-828G
。EM-888
Halogen Free Very Low Loss Material
。EM-888K
Thermal Conductive Laminate
。EM-M1
。EM-MP
Regular Lead-Free Material
。EM-825
。EM-825(I)
。EM-827
。EM-827(I)
IC Package Material
。EM-LX
High-Performance Materials with Traditional FR-4 Processing:
TUC's lead-free process-compatible products are RoHS compliant and survive lead-free assembly with SnAgCu alloys at 260°C. Proven in the assembly line and certified by major EMS providers, TUC base materials have low CTE, excellent dimensional stability, and are CAF-resistant and cost-effective.
Industry Approvals
Panasonic Materials
Flexible Hybrid technology
Flexible, stretchable, pliable, and conformable are just some of the electronic material attributes enabling future generations of devices for medical, health, sensors, robotics, wearables, automotive, aerospace, and various other industries.
Tech Driven EMS
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