PCB Laminates

533 PCB Laminates from 18 manufacturers listed on PCB-Directory

PCB Laminates form the foundational dielectric and structural platform for circuit performance, influencing signal integrity, thermal stability, and long-term reliability. This category spans FR-4, high-Tg, RF/microwave, PTFE, and low-loss materials tailored for advanced frequency, density, and environmental specifications across diverse applications. Narrow down on PCB Laminates based on your requirements. Download specsheets, view product details and request quotes on relevant products.

Product Info Type Material Dk Df Tg Td Thickness inches Halogen Free Lead Free RoHS UL Thickness mm
Halogen Free PCB Laminate Material with Tg of 215°C  Download Brochure  Request Quote Halogen-free FR-4 3.10 0.0015 200 Degree C 380 Degree C -- Yes -- Yes yes --
Heat-Resistant, Ultra-Low Loss Multi-Layer PCB Laminate Material  Download Brochure  Request Quote -- -- 3.08 0.0012 220 Degree C 370 Degree C -- -- -- -- Yes 0.750 mm
Flame-Retardant Glass Reinforced Hydrocarbon Laminates  Download Brochure  Request Quote High Temp FR-4 4.38 -- 280 Degree C 414 Degree C -- -- Yes Yes -- 0.508 to 3.048 mm
 Download Brochure  Request Quote Normal Tg FR-4 -- -- 132 Degree C 305 Degree C -- -- -- Yes -- 1.6 mm
 Download Brochure  Request Quote High Temp FR-4 -- -- 200 Degree C 370 Degree C -- -- Yes -- Yes --
 Download Brochure  Request Quote Copper Polyimide 0 to 3.0 0 to 0.0045 102 Degree C -- -- -- No yes yes --
 Download Brochure  Request Quote Halogen-free, Copper -- -- -- 65 Degree C 390 Degree C -- Yes -- Yes -- 0.1 mm
PCB Laminate Material for Internet Infrastructure Applications  Download Brochure  Request Quote -- -- 3.05 0.0012 190 Degree C -- -- -- yes Yes Yes --
 Download Brochure  Request Quote High Temp, Halogen-free Polyimide 3.5 0.005 250 Degree C -- -- Yes Yes Yes -- --
 Download Brochure  Request Quote Halogen-free FR-4.1 -- -- 180 Degree C 440 Degree C -- Yes -- -- -- 0.13 mm
 Download Brochure  Request Quote Copper FR-4 -- -- -- 340 to 345 Degree C 0.002 to 0.125 -- yes -- yes 0.05 to 3.2 mm
 Download Brochure  Request Quote Halogen-free -- 4.3 to 4.8 0.018 to 0.019 175 to 185 Degree C 350 Degree C -- yes No -- yes --
 Download Brochure  Request Quote -- PTFE -- 0.0014 -- -- 0.010, 0.030 inches -- yes -- yes 0.254, 0.762 mm
Halogen Free, High Tg PCB Laminate having Excellent Thermal Reliability  Download Brochure  Request Quote High Temp, Halogen-free -- 4.6 to 5.4 0.011 to 0.035 170 to 175 C 340 to 385 C -- -- No -- Yes 0.10mm to 5mm
 Download Brochure  Request Quote Halogen-free FR-4 -- -- 260 to 280 Degree C -- -- Yes -- -- Yes 0.80 mm
Halogen-free PCB Laminate Material with Tg of 215°C  Download Brochure  Request Quote Halogen-free FR-4 3.15 0.0017 200 Degree C 380 Degree C -- Yes -- Yes Yes --
 Download Brochure  Request Quote -- -- 3.2 0.0021 200 Degree C 370 Degree C 0.029 -- -- -- -- --
Extra Soft, Slow Rebound Polyurethane Foam  Download Brochure  Request Quote -- Polyurethane 0 to 1.48 0 to 0.04 -- -- 0.081 Inches -- -- -- -- 2.06 mm
 Download Brochure  Request Quote -- CEM-3, FR-4 -- -- 136 Degree C 323 Degree C -- -- -- -- -- 1.6 mm
 Download Brochure  Request Quote HDI FR-4 -- -- 150 Degree C 380 Degree C -- -- Yes -- Yes --
 Download Brochure  Request Quote -- Polyimide -- -- 220 Degree C -- -- -- No yes yes --
 Download Brochure  Request Quote -- -- -- -- 150 Degree C 410 Degree C -- Yes -- Yes Yes --
 Download Brochure  Request Quote High Temp FR-4 3.4 0.0047 240 Degree C 390 Degree C -- -- -- -- Yes 0.05 mm
 Download Brochure  Request Quote -- Polyimide 4.3 0.02 135 Degree C -- -- -- yes Yes -- --
 Download Brochure  Request Quote Halogen-free FR-4.1 -- -- 170 Degree C 380 Degree C -- Yes -- -- Yes 0.002 to 0.039 mm
 Download Brochure  Request Quote Halogen-free FR-4 -- -- 180 Degree C 340 to 380 Degree C 0.002 to 0.125 yes -- -- yes 0.05 to 3.2 mm
 Download Brochure  Request Quote Halogen-free -- 3.0 to 3.5 0.0026 to 0.0043 170 to 205 Degree C 430 Degree C -- yes No -- yes --
 Download Brochure  Request Quote High Temp -- 4.9 0.018 180 to 185 Degree C 355 Degree C -- -- yes -- -- --
 Download Brochure  Request Quote -- Ceramic 9.8 0.0023 -- 426 Degree C 0.015 to 0.150 inches -- Yes -- Yes --
 Download Brochure  Request Quote High Temp, Halogen-free, HDI -- -- -- 295 to 305 Degree C -- -- Yes -- -- -- 0.7 mm

What are PCB Laminates?

PCB laminates form the substrate of printed circuit boards, i.e., the base materials that provide support for conductive pathways and components that make it electronically functional. PCB laminates are made of several layers of fiberglass cloth bonded together with epoxy resin, pressed into a flat, hard sheet using heat. This sheet provides mechanical strength to withstand the physical demands of PCB assembly and operation, and at the same time, it offers electrical insulation to prevent short circuits as well as interference between components. A thin layer of copper is then applied to the laminate to be etched into precise conductive pathways.

These laminates provide the mechanical robustness required to hold the components at the right place and maintain signal integrity by providing insulation around the electrical paths, and thermal management through effective dissipation of generated heat. Depending on specific properties such as dielectric constant, thermal conductivity, and chemical resistance, different types of laminates exist for specific applications. With the proper choice of laminate, the PCB can be designed to precisely meet the unique demands of any electronic application-from the simplest consumer device to the most complex industrial system. 

Key Parameters of PCB laminates 

  • Material Type: This refers to the type of materials the laminate is made of and can define its durability and functionality. 
  • Dielectric Constant (Dk): It indicates the material’s ability to store electrical energy. 
  • Dissipation Factor (Df): It is a measure of the laminate’s efficiency in managing signals and preventing loss. 
  • Glass Transition Temperature (Tg): Marks the temperature at which the laminate becomes flexible. 
  • Decomposition Temperature (Td): Specifies the temperature at which the material starts to break down. 

PCB Directory has listed PCB Laminates from the leading manufacturers in the industry and made it easy for users to find these machines based on their requirements. You can specify the material, type, and other parameters to find PCB laminates that meet your requirements. You can also view material specifications, download the spec sheet, and get a quote. Quotes requested are routed to the manufacturers.

Click here to explore PCB Laminates Manufacturers.
Click here to learn more about PCB Laminates.

PCB Laminates Manufacturers
Web Analytics