Metal Foam

About Foam Metal

Foam metal refers to specialised metal materials that contain foam pores; the diameter of these pores can reach up to 7 mm. The mechanical strength decreases as porosity increases; under high pressure, significant deformation may occur, thereby allowing the metal foam to absorb energy. Thermal conductivity decreases with increasing porosity. When porosity reaches 50% or greater, thermal conductivity is reduced by several factors; consequently, heat transfer occurs at a slower rate. Due to these characteristics, foam metal is frequently used in the energy, transport, medical, aerospace and other sectors.

Stanford Advanced Materials offers various types of metal foams. These foams may be manufactured in standard or customised shapes in accordance with client specifications.

Main Features

Lightweight Strength: Foam metal combines the structural properties of metal with the reduced mass provided by its cellular configuration. It achieves structural integrity while mitigating excessive weight.

Enhanced Energy Absorption: The cellular configuration permits efficient energy absorption and impact resistance. This property is particularly applicable in situations that require protection and safety.

Versatile Applications: Foam metal is used in a range of sectors including aerospace and the automotive industry. It contributes to reduced structural mass and noise reduction.

Thermal and Acoustic Insulation: The cellular structure provides inherent thermal and acoustic insulation properties; consequently, it is useful for temperature regulation and noise suppression.

Industries We Serve

Aerospace: In aerospace, foam metal is used to construct lightweight structures. This utilisation improves fuel efficiency and maintains structural integrity.

Automotive Industry: Automobile manufacturers utilise foam metal for components that reduce vehicle mass, thereby enhancing fuel efficiency and safety.

Manufacturing: In industrial applications, foam metal is employed for energy absorbing structures and machine components to optimise operational performance and safety.

Construction: Foam metal is applied to building structures to improve thermal and acoustic insulation; consequently, it supports sustainable building practices.

Why Choose Our Foam Metal?

Quality Assurance: The foam metal undergoes rigorous testing to meet or exceed industry standards. This testing ensures consistent and reliable performance.

Technical Expertise: Expert personnel provide guidance in selecting the appropriate foam metal for specific applications.

Sustainability: The reduction in material mass leads to lower material and energy consumption, thereby supporting environmentally responsible practices.

Foam Metal Product Video