EXTRUDED HEATSINK
EXTRUDED HEATSINK
Extruded Heatsink, also known as heat sink extrusion or extruded aluminum heat sink, stands out for its sleek design, lightweight structure, and efficient heat dissipation, making it an energy – saving solution. This advanced aluminum extrusion process involves heating aluminum ingots to 520–540℃. Then, it forces the molten aluminum under high pressure through a specialized extrusion mold with grooves, creating extruded heat – sink material. Producing the final product, commonly extruded aluminium heat sinks, involves cutting and shaping the extruded material. With relatively low equipment costs, this technology offers high accessibility and wide utilization in cost – sensitive market segments. AL6063 T5, a popular choice for aluminum heat sinks, provides excellent thermal conductivity and superior machinability, ensuring both performance and versatility.
HEATSINK CAPABILITIES
ENGINEERING SERVICES
Our Engineers here at BY Thermal will work with you on feasibility evaluation at no cost. Our team provides custom designs from simple extrusions to complex two-phase integration.
You have questions? We have the answers.
Customer Reviews
“Partnering with BY Thermal has been seamless. Their team understood our urgent needs for precision parts and delivered ahead of schedule—quality was spot-on, and communication was clear at every step. Highly reliable for both small batches and scale-ups. We’ll definitely be back for our next project!”
“They nailed our custom design requirements on the first try, and their flexibility when we needed last-minute adjustments was impressive. Competitive pricing, quick turnaround, and zero hassles—exactly what we look for in a manufacturing partner. Strongly recommend!”
“BY Thermal stands out as a reliable supplier. Their custom manufacturing expertise solved our most complex design challenges, delivering innovative solutions others couldn’t. From prototyping to mass production, their technical skills aligned perfectly with our goals, ensuring a smooth process. "