Import Aluminium Based Pcb — Buy in Bulk from Supplier in China

The Aluminium based PCB from Shenzhen X-mulong Circuits Co.,Ltd is a single-sided, non-PTH design built on a 1.5mm aluminium substrate. It integrates 8mm copper thickness at the technical borders, delivering superior thermal conductivity for high-power electronic applications. The board’s construction prioritises heat dissipation, a critical factor in maintaining component stability under heavy loads.

Aluminium substrates are standard in PCBs for their ability to transfer heat away from sensitive components, typically using a dielectric layer bonded to the aluminium base. This listing’s non-PTH configuration suits surface-mount components, while the 1.5mm thickness aligns with common industry standards for single-sided boards. Copper thickness of 8mm at the borders is less typical and suggests enhanced current-carrying capacity for specific high-demand circuits.

These PCBs are sourced for LED lighting systems, power converters, and industrial control units where thermal management is non-negotiable. Buyers in automotive and telecommunications sectors use aluminium-based PCBs to extend product lifespan in high-temperature environments. Shenzhen X-mulong Circuits Co.,Ltd offers the product with flexible trade terms, including FOB and CIF, and packaging tailored to bulk shipments.

Shenzhen X-mulong Circuits Co.,Ltd operates from A4 Building 2F North of Yanchuan Industrial Zone in Guangdong, China. The company is classified as an imported-tier supplier with a harbor trust tier, indicating a baseline verification level. Its address places it within Shenzhen’s electronics manufacturing hub, a region known for PCB production and export.

The supplier’s profile does not disclose response metrics, certifications, or production capacity, which limits verifiable details about its operational scale or customer base. Buyers should confirm its ability to handle specific order volumes, lead times, and quality control processes directly. The absence of documented response rates suggests a need for proactive communication to establish reliability.