Aluminium Heat Spreader

Industry Information

• Why go for boring when you can extrude? Ready to heat things up in a cool way?

  Are you tired of the same old boring 3D printing experiences? Why not extrude your creativity and heat things up in a cool way? Let’s dive into the world of heat creep, that pesky phenomenon where uneven heat distribution in the hot end causes filament to melt improperly, leading to frustrating clogs—especially in the thermal barrier tube. Picture this: your heater cartridge heats the block, which then disperses heat up and down the thermal barrier tube. Ideally, your filament should only

• Tired of your devices overheating? Can an extruded heat sink save the day? Let’s find out!

  Our Extrusion Heat Sinks provide an efficient solution for thermal management in electronics and power devices, preventing overheating that can lead to failures and reduced performance. Made through an extrusion process using high-grade aluminum, these heat sinks feature a uniform design with superior airflow and heat transfer capabilities. Compared to other types, such as stamped or forged heat sinks, our extrusions offer better consistency, design flexibility, and cost-effectiveness. They a

• Want Durability? Aluminium Profiles Might Be Your Best Bet!

  When it comes to selecting quality aluminum alloy profiles, it's crucial to appreciate their role in high-quality projects, as their versatility, efficiency, and durability make them increasingly sought after. These profiles find applications in a wide range of areas, from windows and doors to curtain walling and roofing. However, the market is rife with both good and bad options, making it essential to understand the characteristics of inferior aluminum profiles. Poor quality can lead to sig

• How Can Aluminium Profiles Transform Your Designs?

  Working with aluminum has significantly influenced my growth as a designer, transitioning from my early experiences with wood to exploring the unique advantages of this material. Aluminum's strength-to-weight ratio, recyclability, and malleability have made it an ideal choice for my projects. Embracing a reductive design approach, I focus on creating economically efficient products, exemplified by my recent work on Loop, a family of lights made from a single aluminum component. This minimalis