High Thermal Conductivity Aluminum Alloys: AlSi8, LHB1, HA7-S for LED and EV Applications
How AlSi8, LHB1 and HA7-S die casting alloys reach up to 200 W/m·K of thermal conductivity, and where they beat 6061 for LED housings and EV thermal parts.
I am the founder of Bian Diecast, a precision die-casting solution provider specializing in both high-performance molds and high-quality aluminum die-cast components. With over 100 successful projects delivered across 15+ countries, I bring deep expertise across the entire value chain — from mold design and optimization to large-scale casting production. Today, we proudly serve as a strategic supplier to China’s top 5 EV brands, producing critical die-cast parts such as DC/DCC/OBC/PTC/EVCC converter housings and structural components. I share hands-on factory insights to help you make smarter, more confident sourcing decisions — whether you need a custom mold or ready-to-install castings. Need expert manufacturing support for your next project? Let’s talk.
How AlSi8, LHB1 and HA7-S die casting alloys reach up to 200 W/m·K of thermal conductivity, and where they beat 6061 for LED housings and EV thermal parts.
A practical selection guide comparing ADC12, A380, A360 and AlSi10Mg across thermal conductivity, strength and castability, with DFM guidance for engineers.
How closed-loop aluminum recycling with a319 aluminum alloy chemistry lowers die casting unit costs, plus the quality evidence ESG and procurement teams can use.
A procurement-focused comparison of die casting aluminum alloys across JIS, ASTM, and EN standards, plus high-conductivity grades and the four composition checks buyers should run before ordering.
Explore CNC machining services for precision drilling, milling, turning, and finishing, from castings to fully machined parts.
Explore aluminum die casting benefits, alloys, applications, manufacturing capabilities, quality control, and custom production solutions.
