Aluminum foam

Main characteristics of aluminum foam

In order to meet the market demand for high-performance aluminum foam, relying on the company's R & D team's strong product development, testing, analysis and evaluation capabilities, research, production and development of high-performance aluminum foam products. The company has unique experience in pore size uniformity control, porosity control, surface treatment, quality control, yield control and other aspects of high-performance aluminum foam.

Absorbing property

Shielding electromagnetic wave performance is good at the same time shielding and sound absorption

Ultralight

Density 0.2-0.4 Aluminum 1/10 Iron 1/30 Wood 1/4

Sound absorption

Semi-permanent sound absorption performance Humidity resistance, continuous sound absorption performance in the natural environment

Flammability

Fire resistant A1 class metal material 100% non-combustible fire does not produce toxic gas

Impact resistance

Porous structure with good impact resistance and explosion-proof performance

Environmental protection

Foamed aluminum is non-toxic, tasteless, dust-free and recyclable No harmful substances produced

High-performance aluminum foam

High performance aluminum foam

In order to meet the market demand for high-performance aluminum foam, relying on the company's R & D team's strong product development, testing, analysis and evaluation capabilities, research, production and development of high-performance aluminum foam products. The company has unique experience in pore size uniformity control, porosity control, surface treatment, quality control, yield control and other aspects of high-performance aluminum foam.

High-performance aluminum foam is a good energy-absorbing protective material with a porous structure. When subjected to a large external force, the cell structure will collapse layer by layer to absorb energy. It can be seen on the compressive stress-strain curve of aluminum foam that there is a longer stress platform.


The mechanical properties of aluminum foam can be greatly improved by appropriately reducing the pore size of aluminum foam and reducing the porosity of aluminum foam. At high strain rates, the energy absorption capacity increases, with specific increases ranging from 20-100%. At present, the company uses a new type of composite foaming agent to prepare small-hole foam aluminum, the energy absorption capacity has been greatly improved, significantly ahead of peers.

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