Home » Copper Foam-120PPI/1mm as heat absorbing materials

METAL FOAMS (CU/NI/AL/PE)

Stock No. CAS MSDS Specification COA
NS6130-10-1005 7440-50-8 MSDS pdf Specification pdf

Copper Foam-120PPI/1mm as heat absorbing materials

Copper Foam - Heat Absorbing Materials

Copper Foam 120PPI/1mm

Quality Control: Each lot of Copper Foam  was tested successfully.

Copper Foam 

Copper Foam 

 
Product Copper Foam 
Stock No NS6130-10-1005
CAS 7440-50-8
Porosity 50%-98% Confirm
Thickness 1mm Confirm
PPI 120 Confirm
Size 500×500mm Confirm
Pore size 0.1mm-1mm (110ppi) Confirm
Molecular Formula Cu Confirm
Molecular weight 63.55g/mol Confirm
Density 8.96g/cm3 Confirm
Melting point 1085°C Confirm
Boiling point 2562°C Confirm
Thermal expansion 16.5µm.m-1.k-1 Confirm
Thermal conductivity 401W.m-1.k-1 Confirm
Tensile strength 1.25N/mm Confirm
Young’s modulus 110-128GPa Confirm
Shear strength 190Psi Confirm
Vickers hardness 369MPa Confirm
Poisson’s ratio 0.34 Confirm
Electrical resistivity 1.673µΩ-cm Confirm
Specific heat 0.39kj/kgK Confirm
Electronegativity 1.90paulings Confirm
Heat of fusion 13.26kJ.mol-1 Confirm
Heat of vaporization 300.4kJ.mol-1 Confirm
Main Inspect Verifier Manager QC

Expert Reviews

Dr. Guowei Kwong, PhD(Ho Chi Minh City University of Science, Vietnam)

Amorphous metal foams are highly ductile in compression, and thus offer attractive compromises in mechanical and physical properties between crystalline metallic and ceramic foams. Metal foams have properties which make them suitable for automotive industry,  in ship building, aerospace industry and civil engineering.


Dr. Marco Ferro, MD PhD(University of Nordland Bodø, Norway)

Foams are dipped into molten metal, then placed in a vacuum so that the air in the foam’s pores is removed and replaced by the alloy. The foam had pore sizes of about 2mm, that can be tuned to create a stiffer or more flexible materials. During testing of its strength material showed an ability to deform when heated above 144 degrees, regain rigidity when cooled, then return to its original shape and strength when reheated.


Dr. Ms. Huian Ruan, Taungoo Technological University, Myanmar

Foams are materials with a large amount of interfaces- free surfaces- with the potential to show radiation resistance due to ideally unsaturable sink strength represented by free surfaces. Nanocomposites, Nanophase materials, and Nanofoams could be unusually resistant to radiation because radiation-induced point defects cannot accumulate in the presence of the high density of defects sinks provided by interfaces and surfaces in these materials.


Copper Foam

Copper Foam


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