Shenzhen Jerico Multilayer PCB Co., Ltd, as a National High and New Tech Enterprise, we have been specializing in multi-layer PCB production since 2009. We focus on PCB products(up to 32-layer printed circuit boards), including Rigid PCB, Flex PCB(FPC), Rigid-Flex PCB, HDI PCB, Ceramic PCB, Metal PCB, High-Frequency PCB, Cavity PCB, Heavy Copper PCB, PCBA, etc...
Sticking with the operation philosophy of being market-oriented and quality-centered, we keep exploring infinite possibilities of product quality and efficiency, provide quick PCB & PCBA services, offer quotations within 2 hours, samples as fast as 24 hours, and offer around-the-clock customer services.
Rigid PCB
Rigid PCB is a circuit board made of a hard substrate (such as FR4 or, metal substrate), which forms a conductive line by etching the copper layer and fixes the structure through an insulating layer. Rigid PCB (such as the common FR4 board) dominates the electronics industry. Its stability, reliability, and mature production process make it an indispensable part of the electronics industry and are used in almost all modern electronic devices.
Flex PCB/FPC
Flexible printed circuit board (FPC), or flex PCB, is a type of printed circuit board that features thin, lightweight, bendable, durable and flexible, compared with traditional rigid PCBs.
Rigid-Flex PCB
Rigid-Flex PCBs are a type of circuit board that uses both flexible and rigid materials. Rigid-Flex PCBs are a great way to combine different PCB parts, like displays, input or storage devices, with thin, lightweight materials that make wiring easier by hiding it in thin, flexible strips between sections.
HDI PCB
High Density Interconnect PCB is a printed circuit board technology that achieves ultra-high wiring density through advanced manufacturing processes.
Ceramic PCB
Ceramic PCB is a printed circuit board that uses ceramic materials (e.g., alumina, aluminum nitride, beryllium oxide) as the substrate instead of traditional fiberglass (FR-4)
Metal PCB
Metal PCB or Metal Core PCB, often shortened as MCPCB, is a kind of PCB(printed circuit board), the base material is metal, like aluminum and copper, to replace traditional FR4 and improve the reliability of PCBs by reducing temperature rise through heat conduction with a metal base(substrate). Metal core PCBs have excellent thermal conductivity, electrical insulation, and machining performance, and are widely used in LED lighting, power switches, big power electronics equipment, and more areas.
High Frequency PCB
A High-Frequency PCB (HF PCB) is a specialized type of printed circuit board designed to transmit high-frequency signals, typically operating within the range of 500MHz to 100GHz (with some applications considering 100MHz or 1GHz as the starting threshold). It needs the materials with low dielectric constant (Dk) and low dissipation factor (Df) to ensure stable and efficient signal transmission, also features a low coefficient of thermal expansion (CTE) to maintain structural integrity under high-frequency conditions.
Cavity PCB
Cavity PCB is a special type of printed circuit board, which is recessed (milled or etched) in one or more specific areas of the board to form a cavity. It is an advanced PCB technology that forms grooves by locally thinning the PCB thickness. The depth of these grooves usually does not penetrate the entire board thickness, but only goes deep into one or several layers inside. It is like digging a pit on the PCB board. It is mainly used to solve the problem of component height restrictions to achieve thinner product design, as well as to optimize heat dissipation and signal performance. Although the manufacturing process is complex and the cost is high, it solves the core needs of space compression, heat dissipation enhancement, and high-precision installation in high-end industries.
Heavy Copper PCB
Heavy copper printed circuit boards are special PCBs that use ultra-thick copper layers (≥4 oz/140μm, up to 20 oz/700μm or even thicker) to meet the needs of high current & strong heat dissipation & high reliability. And this kind of PCB can offer better solutions for overheating and burnout issues in standard PCBs under high-current conditions. Its most important feature is that the thickness of the copper layer (conductor and copper-plated area) on the circuit board is much thicker than that of a standard PCB. It is mainly used in high-power fields such as new energy, industrial power supplies, and automotive electronics. It is a key technology that breaks through the performance limits of ordinary PCBs. Compared with ordinary PCBs, heavy copper circuit boards are thicker in appearance than ordinary PCBs, and the thickness of the copper layer in the cross-section is 5-20 times that of standard PCBs. Because the heavy copper circuit board has a high proportion of copper, the weight of the entire board is heavier than that of standard PCBs as well.
