Foamed aluminum is a lightweight, high-strength metal material with a porous structure. It is made of aluminum alloy as the base material through a foaming process. Its structure is similar to sponge or foam, and is filled with evenly distributed pores.Foam aluminum material is easy to process and can be customized through cutting, welding, bending and other methods to meet different design requirements.

Foamed aluminum has unique characteristics such as high porosity, light weight, high stiffness and strength, and large specific surface area. It has excellent mechanical properties and can be used for applications such as sound insulation, energy and heat absorption, sensors, and catalysis. It is an advanced material that is currently favored in many high-performance application fields. For example, in battery research, porous aluminum foam can improve the capacity, cycle performance, and thermal management of batteries.

Products Specifications

Material	Aluminum Alloy
Porosity	50%-80%
Size	Customized
Length and Width	100*72mm
Thickness	2mm
PPI	110, Customized as request

Products Features

1. Lightweight: The density of foamed aluminum is much lower than that of traditional aluminum alloys or steel, which greatly reduces the weight of foamed aluminum during transportation and use, especially in the fields of aviation and automobiles.

2. High strength: Despite its light texture, foamed aluminum has significant compressive strength and rigidity. Its strength is comparable to that of traditional metal materials, and even exceeds that of steel in some applications.

3.Excellent acoustic performance

The pore structure can effectively block the propagation of sound waves and has a good noise reduction effect.

4.Excellent energy absorption: The porous structure can absorb high-energy impacts, suitable for anti-collision and buffering scenarios, and its energy absorption efficiency is several times higher than that of traditional materials.

5. Efficient thermal management

Low thermal conductivity, both heat dissipation and heat insulation, suitable for extreme temperature environments.

6. Corrosion resistance and fire resistance

Retain the corrosion resistance of aluminum and meet strict safety standards.

applications

Aerospace:

Aluminum foam can be used as a lightweight material for aircraft interiors, wings, fuselages and other parts to reduce weight and improve fuel efficiency. It is often used in the outer shell protective layer of spacecraft to absorb impact energy and prevent high-energy collisions from causing damage to equipment.

Automotive industry:

Helps reduce the weight of the vehicle body and reduce fuel consumption; provides excellent energy absorption effect during collision, and is widely used in doors, bumpers and other parts; often used in the sound insulation layer of automobiles to reduce noise interference and improve comfort.

Architecture:

Aluminum foam can effectively insulate and is used in the exterior walls, roofs and other parts of buildings to reduce heat loss and improve energy efficiency.

Electronics and electrical:

It has good thermal conductivity and is often used in the heat dissipation system of electronic equipment (such as computers, LED lamps, etc.).

Protection and safety:

In the fields of protective equipment, sports equipment, transportation packaging, etc., as a buffer material, it can effectively reduce impact force and protect items from damage.Due to its good energy absorption characteristics, aluminum foam plays an important role in seismic design in the fields of construction, transportation and so on.