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round uniform light layout led pcb module

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Quality Round Integrated LED Aluminum PCB Module (MCPCB) with High Thermal Conductivity and Built-In Driver for Uniform Light Layout factory

Round Integrated LED Aluminum PCB Module (MCPCB) with High Thermal Conductivity and Built-In Driver for Uniform Light Layout

Integrated Driver Design :Combines constant current driver, protection circuits, and LED pads on one board, eliminating the need for a separate driver to simplify assembly and reduce costs High Thermal Dissipation Performance :Premium aluminum substrate delivers superior heat dissipation, outperforming standard FR-4, to cool LEDs and driver components, slowing light decay and extending lifespan Round Uniform Light Layout :Evenly arranged LEDs provide consistent light

Quality Round Multi-COB LED Aluminum PCB Module with High Thermal Conductivity for High-Power Lighting factory

Round Multi-COB LED Aluminum PCB Module with High Thermal Conductivity for High-Power Lighting

Multi-COB Integrated High-Efficacy Design :Multiple COB light sources evenly arranged for high lumen output and uniform beam, ideal for long-range illumination in high-power floodlights and high-bay lights High Thermal Dissipation Performance :Premium aluminum substrate optimized for multi-COB layouts, quickly dissipating heat to slow light decay and support high power density Standard Round Structure :Round PCB design compatible with common high-power fixture housings,

Quality HASL Lead-Free Finish Aluminum PCB with High Thermal Conductivity and 0.075mm Ultra-Fine Line Width for LED Lighting factory

HASL Lead-Free Finish Aluminum PCB with High Thermal Conductivity and 0.075mm Ultra-Fine Line Width for LED Lighting

HASL Lead-Free Finish for Reliable Soldering & Environmental Compliance: Adopting industry-standard HASL Lead-free surface finish, it delivers excellent solderability and oxidation resistance, while complying with RoHS 2.0 environmental standards, suitable for EU/global export with no lead pollution.High Thermal Conductivity Aluminum Substrate for Superior Heat Dissipation: Featuring a high thermal conductivity aluminum substrate (1.0W/mK-3.0W/mK), it efficiently dissipates