FR4

• FR4 is a widely used glass fiber epoxy laminate that complies with UL 94V-0 standard. It is the most prevalent PCB material found in electronic products.

High TG FR4

• This is an enhanced version of FR4, designed to withstand higher temperatures during both manufacturing processes and actual use.

Halogen-Free FR4

• An environmentally friendly FR4 material, free of halogens, making it safe for human contact and often required in products that interact directly with users.

High-Speed FR4

• This FR4 substrate is tailored for high-speed signal transmission, suitable for frequencies ranging from 1GHz to 100GHz.

CEM3

• CEM3 is an epoxy-based material with a paper core, offering a lower-cost alternative to FR4. However, FR4 is generally recommended for better reliability.

RF & Microwave

• This material is engineered for applications requiring high electromagnetic frequency (300MHz or higher), essential for devices that need high-frequency signal transmission.

Ceramic

• Ceramic materials, reinforced with glass or PTFE, are used to manufacture high-frequency and high-speed PCBs.

Polyimide for Rigid PCB

• A robust polyimide material ideal for PCBs that must withstand extremely high temperatures.

Alumina

• Made from Aluminum Oxide (Al2O3), this material offers exceptionally high thermal conductivity, suitable for heat-intensive applications.

Semi-flex

• A flexible variant of FR4, allowing limited bending at certain angles, typically used for PCBs that require minimal flexing during assembly.

Polyimide for Flex PCB

• This polyimide material is highly flexible and can be bent or folded repeatedly, commonly used for manufacturing flexible and rigid-flex PCBs.

Aluminum/Copper Based

• Materials with high thermal conductivity, often used in high-power lighting products or devices that require efficient heat dissipation.

IC Substrate

• High-tech materials, including ceramic, PI (polyimide), or PE (polyester), used to produce PCBs that act as carriers for ICs and connect signals between chips and the PCB.