Thick Copper PCB

Durable 2-layer PCB with 1.6mm thickness and 1oz copper. Green HASL finish ensures reliable soldering. Impedance control supports high-frequency performance. Ideal for industrial electronics. Custom sizes available. RoHS compliant.

Precision 2-layer impedance control PCB with 0.2mm trace spacing and white silkscreen. Ensures signal integrity and high durability. Ideal for industrial electronics. Custom stack-up and certifications available.

High-quality 2-layer thick copper PCB with 3oz copper and 1.6mm thickness. Features HASL finish, green solder mask, and RoHS compliance. Ideal for high current, high temperature power electronics applications. Custom options available.

Designed for high-power applications, this 14-layer thick copper PCB handles heavy currents with efficient heat dissipation. Features 0.3mm min hole, ENIG finish, and impedance control. RoHS compliant, customizable, and ideal for power supplies and motor control.

4-layer thick copper power PCB with 3oz copper, 0.3mm min hole size, and 0.2mm trace spacing. Handles high current and power with impedance control. RoHS compliant. Ideal for power supplies, inverters, and motor drives. Custom options available.

High-performance thick copper PCB with 3oz copper, 4 layers, and 600mm x 600mm panel size. Designed for power electronics, it offers efficient heat dissipation, high current capacity, and ENIG surface finish. Customizable and RoHS compliant.

High-performance 6-layer power PCB with 3oz thick copper for superior heat dissipation and high current capacity. Features 0.2mm trace/space, impedance control, and RoHS compliance. Ideal for power supplies, inverters, and industrial applications. Custom options available.

High-power 3oz thick copper PCB with 0.2mm trace width, ENIG finish, and impedance control. Ideal for power electronics, motor drives, and inverters. RoHS compliant, customizable, and built for superior heat dissipation and high-current handling.

High-current 4mm thick copper power PCB with 3oz copper, ENIG finish, and impedance control. Ideal for power supplies, inverters, and motor drives. RoHS compliant, supports custom designs up to 600x600mm.

Designed for high power and heavy current applications. Features 14 layers, 3oz copper, 0.3mm min hole, and 0.2mm trace spacing. ENIG finish ensures durability. RoHS compliant. Custom sizes available for power electronics, industrial controls, and renewable energy systems.

High current thick copper PCB with 3oz copper, 0.2mm trace spacing, and ENIG finish. Handles high power and voltage for automotive, renewable energy, and telecom applications. RoHS compliant, impedance controlled, and customizable.

High current capacity copper PCB with 3oz thick copper laminate and 0.2mm trace width. ENIG surface finish ensures excellent solderability. Ideal for power electronics, automotive, and aerospace applications. Custom sizes up to 600x600mm available.

Heavy gauge 3oz copper PCB for high current applications. 8-layer, 3.2mm thick with HASL finish and white silkscreen. Offers high thermal conductivity, reliability, and RoHS compliance. Ideal for power electronics, industrial equipment, and EV systems.

High current capacity thick copper PCB for power electronics. Features 3oz copper, 5.5mm thickness, ENIG finish, and impedance control. Durable and reliable for demanding applications. Custom options available.

Designed for power electronics, this 12-layer PCB features 3oz copper for high current capacity and superior thermal conductivity. With 0.2mm trace spacing, ENIG finish, and robust construction, it ensures reliable performance in motor drives, inverters, and power supplies. Custom options available.

10-layer heavy copper PCB with 3oz copper for high current capacity and thermal management. ENIG surface finish, impedance control, and RoHS compliant. Ideal for power electronics, inverters, and motor drives. Custom sizes available.

High-reliability thick copper PCB with 8OZ outer and 6OZ inner copper layers. Supports up to 40 layers, HDI levels 2-7, and advanced processes like buried blind vias and rigid-flex. Ideal for demanding automotive electronics.