Standard PCB
Standard FR-4 Rigid PCB for Consumer Electronics and General Purpose Applications
The standard FR-4 rigid PCB is the most widely used printed circuit board platform for consumer electronics and general-purpose applications. Fabricated from flame-retardant glass-reinforced epoxy laminate, this board delivers reliable electrical performance, mechanical strength, and cost-effectiveness across a broad range of products. Available in single-sided, double-sided, and multilayer configurations (up to 10 layers), it supports through-hole and surface-mount
High TG FR-4 PCB for Automotive and Industrial High Temperature Environments
High TG (Glass Transition Temperature) FR-4 PCB is engineered for applications requiring extended thermal performance beyond standard FR-4 capabilities. With a TG of 150°C to 170°C, this board maintains dimensional stability and mechanical integrity under elevated temperatures, making it ideal for automotive under-hood systems, industrial power electronics, and LED lighting. The enhanced thermal reliability reduces the risk of delamination, pad lifting, and via cracking
Copper Base PCB for High Power LED Lighting and Thermal Management Applications
This Copper Base PCB (Metal Core PCB) features a copper base layer that provides exceptional thermal conductivity and heat dissipation for high-power electronic assemblies. Designed specifically for applications where thermal management is critical—LED lighting, power electronics, and automotive systems—the copper base efficiently transfers heat away from components, significantly extending component lifespan. With dielectric layers available in thermally conductive materials
Aluminum Base PCB for LED Lighting and Consumer Power Applications
This Aluminum Base PCB (Aluminum Core PCB) combines a thermally conductive aluminum substrate with standard circuit fabrication processes. The aluminum base provides effective heat dissipation at a more accessible price point than copper-based designs. Available in single-sided and double-sided configurations, this board is the industry standard for consumer LED lighting, power supplies, and automotive electronics. The board’s dielectric layer provides electrical isolation
Ceramic PCB for High Frequency and High Power Electronic Applications
This Ceramic PCB utilizes an alumina (Al₂O₃) or aluminum nitride (AlN) substrate, offering superior thermal conductivity, excellent high-frequency performance, and exceptional dimensional stability. Unlike organic PCBs, ceramic substrates are thermally stable (CTE matched to silicon) and provide outstanding insulation resistance. Ideal for high-reliability applications including power modules, RF/microwave circuits, and LED packaging, these boards support fine-line patterning
RF/Microwave PCB with Low Loss Materials for 5G Base Stations and Radar Systems
This RF/Microwave PCB is engineered for high-frequency applications requiring superior signal integrity and low dielectric loss. Utilizing advanced materials including Rogers, Taconic, and Isola substrates, these boards maintain stable dielectric properties across frequency and temperature ranges. Ideal for 5G infrastructure, radar systems, and satellite communications, the boards feature controlled impedance (±5%), fine-line geometries, and specialized surface finishes (ENIG
Blind and Buried Via PCB for High Density Interconnect Applications
This Blind and Buried Via PCB enables higher routing density than traditional through-hole boards by utilizing vias that connect only specific layers. Blind vias connect outer layers to one or more inner layers without penetrating the full board, while buried vias connect inner layers without reaching the surface. This technology conserves board space, allows for more compact designs, and improves signal integrity by reducing parasitic capacitance and inductance. Available in
Precision 10 Layer Half Hole PCB With Castellated Edge Connectors High Density Interconnect
The 10-layer half-hole PCB (castellated PCB) The 10-layer half-hole PCB (castellated PCB) is a high-density interconnect board designed for module-to-board soldering applications where space efficiency and signal integrity are critical. Plated half-holes positioned along the board edges serve as solderable connection pads, enabling direct surface mounting of the module onto a host PCB without bulky connectors. Manufactured with a 1.0mm to 2.0mm finished thickness and
Heavy Copper PCB for High Current Power Electronics and Industrial Motor Drives
Heavy Copper PCB is designed for power electronics applications requiring high current-carrying capacity and superior thermal management. With copper weights ranging from 3 oz to 10 oz on outer layers and 1 oz to 6 oz on inner layers, this board handles currents exceeding 50 amps. Heavy copper construction reduces resistive losses, minimizes voltage drops, and provides effective heat spreading, making it ideal for power supplies, motor drives, welding equipment, and