0.05mm Thick 0.5×0.8mm 0.8×1.5mm 1x2mm Micro Hole Diamond Copper Foil Mesh

(1)Thickness: 0.05mm, a relatively thin copper foil material, this thickness makes the copper foil mesh have good flexibility and lightweight characteristics, easy to cut, lay and install, and can also be used in some applications that require weight, such as some lightning protection components in the aviation field.
(2) Diamond hole Mesh size:  0.5×0.8mm, 0.8×1.5mm, and 1x2mm. Different mesh sizes can affect their usage and performance, for example, smaller mesh sizes (such as 0.5×0.8mm) may have advantages in filtering small particles or in scenarios with high electromagnetic shielding requirements; Larger mesh holes (such as 1x2mm) may focus more on ventilation, heat dissipation, and providing better current discharge paths in lightning protection. The mesh shape is diamond shaped, which is more common in stretching processes and can maintain a certain strength while maintaining good uniformity and stability of the mesh surface.
(3) Material: Copper foil. Usually, this microporous copper foil mesh may be made of pure copper material, such as TU1, TU2 oxygen free copper, because pure copper has excellent conductivity and can efficiently transmit lightning current, meeting the application requirements of lightning protection and other conductive properties. At the same time, copper also has certain corrosion resistance and good processing performance, and can be made into a mesh structure through stamping, stretching and other processes.

More info, please contcat our manager directly: sandy@aegismetals.net 

(4) Usages of microporous diamond shaped copper foil mesh: 

—Lightning protection: By utilizing the good conductivity of copper, lightning currents can be guided to the ground, which can be used for lightning protection of buildings, wind turbine blades, aircraft wings and fuselage, etc.
—Electromagnetic shielding: Due to the conductivity of copper, it can provide shielding for electromagnetic waves and can be applied in electronic devices, electromagnetic compatibility laboratories, and other places that require electromagnetic shielding to prevent interference and leakage of electromagnetic waves.
—Filtering and ventilation: Depending on the size of the mesh, it can be used in scenarios that require filtering of small particles while also requiring ventilation,
—Heat dissipation: Copper has good thermal conductivity, and this copper foil mesh can be used in some devices or components that require heat dissipation to help dissipate heat,