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Aluminium Foams

Aluminium Foams

Product Details:

  • Form Foamed / Cellular solid
  • Hardness (%) Not usually designated in %, Shore or Brinell scale varies widely due to porosity
  • Density 0.8 Gram per cubic centimeter(g/cm3)
  • Chemical Composition Aluminium alloy (commonly AL 98% min., with minor alloying elements)
  • Usage & Applications Architectural panels, impact energy absorbers, sound barriers, vibration damping, fire retardant barriers
  • Water Absorption Negligible (non-water absorbent)
  • Application Sound absorption, shock absorption, thermal insulation, lightweight structural components, aerospace, automotive, marine, construction
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Aluminium Foams Price And Quantity

Aluminium Foams Product Specifications

  • 0.3 0.9 (depending on porosity)
  • Negligible (non-water absorbent)
  • Stable under normal temperature variations
  • Aluminium Metal Foam
  • Block, Panel, Sheet, Custom profiles
  • Up to 99% (base aluminium)
  • Matte, slightly rough porous surface
  • Approx. 660C (Aluminium base material)
  • Sound absorption, shock absorption, thermal insulation, lightweight structural components, aerospace, automotive, marine, construction
  • Compressive strength typically 1 7 MPa (depending on cell structure and density)
  • Foamed / Cellular solid
  • Not usually designated in %, Shore or Brinell scale varies widely due to porosity
  • 75 90%
  • Aluminium alloy (commonly AL 98% min., with minor alloying elements)
  • 0.8 Gram per cubic centimeter(g/cm3)
  • Silver Grey
  • Architectural panels, impact energy absorbers, sound barriers, vibration damping, fire retardant barriers
  • Low, 0.1 0.3 W/mK (depends on porosity and density)
  • Non-refractory

Aluminium Foams Trade Information

  • Cheque, Paypal, Western Union, Telegraphic Transfer (T/T), Cash in Advance (CID)
  • All India

Product Description

Being the most respected organization guided by experienced and knowledgeable professionals, we provide an enormous range of Aluminium Foam. This product gives superior heat insulation as well as cushioning effect. The given product is widely used in automobile industry, food packaging industry, etc. Lightweight, low thermal conductivity, firm coating and easy to use are features of offered product. Manufactured under the guidance and supervision of a dedicated team of highly skilled and experienced professionals, this Aluminium Foam is very reliable.

Aluminium Foam Panel (Closed Cell AFP, Purity: 99.9%)

Specification :

Product

Aluminium Foam Panel

Stock No.

NCZFF113

CAS No.

7429-90-5

Purity

99.9%

Cell Type

Closed Cell, customization is available

Density

0.35g /cm~ 0.7g /cm

Tensile Strength

1.3~2.0 Mpa

Compressive Strength

1.5~2.0 Mpa

Thermal Conductivity

0.268 W/m.K

Melting Point

780 oC

Shape

Panel

Number of pores/inch (PPI)

10-100 PPI, customization is possible on demand

Thickness

6 mm - 250 mm, customization is possible on demand

Available Sizes

500*500 mm, 600*600 mm, 1000*500 mm, 1200*600 mm, 2000*800 mm, Size customization is possible on demand

Storage Conditions

Stored in a cool and dry place, Away from the fire, Heat source



Exceptional Acoustic and Thermal Performance

Aluminium foams exhibit impressive sound absorption qualities, especially open-cell variants with coefficients reaching 0.95. Their low thermal conductivity (0.10.3 W/mK) makes them effective insulators for both acoustic and thermal applications, suitable for environments requiring stringent noise and heat control.


Highly Durable and Flame Resistant

Crafted from high-purity aluminium alloys, these foams are non-combustible and present outstanding fire resistance. Their robust corrosion resistance helps ensure durability even in chemically aggressive or high-temperature settings, making them ideal for marine, industrial, and architectural applications.


Flexible Shapes and Sizes for Multiple Uses

Available as blocks, panels, sheets, or custom profiles in sizes up to 1000 x 1000 mm, aluminium foams offer design flexibility. They support custom machiningincluding cutting and drillingfor specialized architectural panels, energy absorbers, or sound barriers per client specifications.

FAQs of Aluminium Foams:


Q: How are aluminium foams manufactured and what determines their cell structure?

A: Aluminium foams are typically produced by introducing gas bubbles or foaming agents into molten aluminium. The resulting structure can be open-cell, allowing air and fluids to pass through, or closed-cell, where cells remain completely separated. The specific process and materials used influence the ultimate porosity, strength, and type of cell structure.

Q: What applications benefit most from open-cell versus closed-cell aluminium foams?

A: Open-cell aluminium foams are ideal for sound absorption, acoustic panels, and vibration damping due to their high porosity. Closed-cell types are preferred for thermal insulation, impact energy absorption, and fire retardant barriers, as they provide greater structural integrity and lower fluid permeability.

Q: When should a project specify aluminium foam for construction or industrial use?

A: Aluminium foams should be considered when lightweight components, superior fire resistance, and excellent sound absorption or thermal insulation are essential. Their usage is optimal in architectural facades, sound barriers, thermal shields, and lightweight structures where conventional materials may not offer the required combination of properties.

Q: Where are aluminium foams commonly installed, and by whom are they typically supplied?

A: These foams are used in diverse locations such as buildings (for partitions and ceilings), vehicles (for crash absorption), ships (for lightweight panels), and industrial sites (for insulation and noise control). They are supplied by manufacturers, exporters, wholesalers, retailers, and traders across India and globally.

Q: What are the primary benefits of using aluminium foams in architectural and industrial designs?

A: Key advantages include superior flame resistance, excellent sound absorption, low weight, and resistance to corrosion and chemicals. These properties make aluminium foams highly effective for energy absorption, vibration damping, and fire protection in modern architectural, automotive, marine, and aerospace projects.

Q: How can aluminium foams be processed or modified for bespoke applications?

A: Aluminium foams can be easily cut, drilled, or otherwise machined to precise dimensions or intricate profiles. Their adaptability allows for integration into custom panels, blocks, or shapes to fit specific project requirements. Surface finishing and additional treatments are also possible to enhance appearance or performance.

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