LED PCB

LED circuit boards are widely used in residential lighting, commercial lighting, industrial lighting, automotive lighting, signage, display systems, and smart lighting products. Compared with standard circuit boards, LED PCBs often require stronger attention to thermal performance, current distribution, surface finish, solder mask reflectivity, and assembly reliability.Thermal Conductivity Options: 1.0–3.0 W/m.KGet A Quote
led pcb

LED PCB Types We Support

We manufacture four distinct types of aluminum-backed PCBs to match your specific thermal, layering, and spatial layout requirements.

Aluminum LED PCB

The most cost-effective and common configuration. Consisting of a single copper routing layer, a thermal dielectric layer, and the aluminum base. Optimized strictly for surface mount (SMT) assemblies.

  • Layer Count:1 Layer (SMT Only)
  • Best For:Standard LED Strips, Bulbs, Basic Power Modules
  • Cost Level:Low (High Volume Budget Friendly)
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Single-Sided LED PCB

Single-sided LED PCBs are widely used in LED modules, strips, and driver boards where circuit routing is relatively simple.

  • Layer Count:2 - 8 Layers
  • Best For:Automotive ECUs, High-End Inverters, Medical Controls
  • Cost Level:Medium-High (Complex Drilling Process)
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Double-Sided LED PCB

Double-sided LED PCBs allow more routing flexibility and can support more complex LED control or power distribution designs.

  • Board Type:Long strip / bar-shaped aluminum PCB
  • Best For:LED strips, linear lights, tube lights, cabinet lights, signage, lighting modules
  • Cost Level:Low-Medium (depending on length, copper thickness, and quantity)
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LED PCB Strip / Bar

Long and narrow LED PCBs are commonly used in linear lighting, tube lights, cabinet lights, and signage modules.

  • Board Type:Long strip / bar-shaped aluminum PCB
  • Best For:LED strips, linear lights, tube lights, cabinet lights, signage, lighting modules
  • Cost Level:Low-Medium (depending on length, copper thickness, and quantity)
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What Is an LED PCB?

An LED PCB is a printed circuit board designed specifically for LED components and lighting-related electronic circuits. It serves as both the electrical interconnection platform and, in many cases, part of the thermal management structure of the final product.

LED PCBs are commonly used because they help:

  • Support stable LED mounting and wiring
  • Dissipate heat from LEDs and power components
  • Maintain consistent lighting performance
  • Improve product reliability
  • Support compact lighting module designs
  • Simplify LED assembly and installation

Depending on power level and application, LED PCBs may use FR4, aluminum, or other thermal-management materials.

Why Choose LED PCB?

Better Thermal Performance
LEDs generate heat during operation. A suitable LED PCB structure helps transfer heat away from the LEDs and reduces thermal stress.

Improved Lighting Reliability
A stable PCB structure helps reduce overheating, solder joint failure, and long-term lighting degradation.

Flexible Product Design
LED PCBs can be designed for strips, bars, circular boards, modules, driver boards, and custom lighting shapes.

Suitable for High-Volume Production
LED PCBs are widely used in lighting products that require repeated, consistent production quality.

Support for Different Lighting Systems
LED circuit boards can be designed for low-power, medium-power, or high-power lighting applications depending on material and board structure.

LED PCB Capabilities

From rapid prototyping to high-volume mass production, LEADHUI supports a wide range of custom specifications to match your exact project needs:

Capability Item Specification
LED PCB Type Aluminum LED PCB, FR4 LED PCB, Single-Sided LED PCB, Double-Sided LED PCB, LED Strip PCB, Custom LED PCB
Base Material Aluminum base, FR4, metal-core substrate, and custom material options according to application requirements
Board Structure Single-sided, double-sided, and custom LED board structures available upon project review
Thermal Support Thermal conductivity options and material selection available according to LED power and heat dissipation requirements
Copper Thickness Standard and heavier copper options available for current carrying and thermal management needs
Surface Finish HASL, Lead-Free HASL, ENIG, OSP and other finishes upon review
Solder Mask White, black, green, blue, red, and other colors available according to project needs
Profile Processing CNC Routing, V-Cut, Tab Routing, slots, mounting holes, custom shapes, strip and bar formats
Assembly Support LED PCB assembly, SMT support, driver board assembly, and lighting module support available upon review
Testing Electrical Test, LED polarity check, lighting test, Final Quality Inspection

LED PCB FAQ

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