01 Electronic_Devices

APPLICATIONS

Lighter and Thinner Electronics

"From laptops to smartphones, ECO-Almag powers the next generation of lightweight, high-performance devices."

Why is ECO-Almag ideal for electronic devices?

Electronic devices are becoming increasingly thinner and lighter, while simultaneously demanding high-performance thermal management and durability.
ECO-Almag is the world's first high-performance aluminum-magnesium alloy designed to meet these exacting demands.

  • Up to 67% lighter than stainless steel

  • 5x higher thermal conductivity for superior heat dissipation.

  • Ultra-precise formability for machining below 0.3mm

  • No gas, no explosion, non-toxic – an ESG-friendly sustainable alloy

ECO-Almag Applications in Electronic Devices

Product Name Application Area Application Effect
LG gram Laptop Top Cover / Bottom Cover Replaces Expensive Mg Alloys, 50% Cost Reduction
Smartphone (Chinese Company S) Backplate / Heat Sink 67% weight reduction, 5 times higher thermal diffusivity
Display (TV, Tablet) Display Frame Capable of ultra-thin sheet forming down to 0.3mm
DELL Laptop Housing In discussion for mass production expansion following sample delivery

Mechanical Properties of AlMg6 Applied to Laptop Top/Bottom Cover

Alloy Thickness
[mm]		 UTS
[MPa]		 YS
[MPa]		 El.
[%]		 Ra
[mm]		 Rz
[mm]
AlMg6 0.5 492 421 9 0.28 1.80
AlMg6 0.4 487 423 5 0.29 1.83
AlMg6 0.35 491 427 6 0.38 2.60

 Unit Description:

  • UTS [MPa]: Tensile Strength (The maximum load a material can withstand before breaking)
  • YS [MPa]: Yield Strength (The stress at which plastic deformation begins)
  • El. [%]: Elongation (The extent to which a material can stretch; related to formability)
  • Rₐ / Rz [mm]: Surface Roughness (The smaller the value, the smoother the surface)