Shilpa Enterprises

Copper Foam (Cu foam) is a solid structure of copper with many pores. It has a strong and porous structure with a regular foam density. It is pure and clean, with no coating or crushing. It has the same purity as the original copper alloy. It consists of a copper matrix with many holes or pores. The pores can be interconnected or separate depending on the fabrication method.

The excellent properties of copper, such as high conductivity and malleability, and the advantages of foam, such as low density and high surface area, make it multifunctional and very powerful. It is used in different fields, such as energy, electronics, catalysis, and filtration.

Manufacturers can obtain copper foam with high porosity (80% to 98%) and high purity (99.9%) for experimental purposes. The pores size and sheet thickness can be adjusted to fit the task's needs. The fabrication methods include electrochemical deposition, gas foaming, powder metallurgy, and sintering.

Copper foam is cost-effective and has high conductivity compared to other metal foams. It can be used as an anode material in batteries, such as lithium-ion batteries, nickel batteries, and zinc-air batteries. It also serves as a catalyst carrier or support in various chemical reactions, such as hydrogen production, carbon dioxide reduction, and methane reforming. It can also provide electromagnetic shielding and interference reduction in electronic devices and circuits.

Copper Foam (Cu foam) is a solid structure of copper with many pores. It has a strong and porous structure with a regular foam density. It is pure and clean, with no coating or crushing. It has the same purity as the original copper alloy. It consists of a copper matrix with many holes or pores. The pores can be interconnected or separate depending on the fabrication method.

The excellent properties of copper, such as high conductivity and malleability, and the advantages of foam, such as low density and high surface area, make it multifunctional and very powerful. It is used in different fields, such as energy, electronics, catalysis, and filtration.

Manufacturers can obtain copper foam with high porosity (80% to 98%) and high purity (99.9%) for experimental purposes. The pores size and sheet thickness can be adjusted to fit the task's needs. The fabrication methods include electrochemical deposition, gas foaming, powder metallurgy, and sintering.

Copper foam is cost-effective and has high conductivity compared to other metal foams. It can be used as an anode material in batteries, such as lithium-ion batteries, nickel batteries, and zinc-air batteries. It also serves as a catalyst carrier or support in various chemical reactions, such as hydrogen production, carbon dioxide reduction, and methane reforming. It can also provide electromagnetic shielding and interference reduction in electronic devices and circuits.

Copper Foam (Cu foam) is a solid structure of copper with many pores. It has a strong and porous structure with a regular foam density. It is pure and clean, with no coating or crushing. It has the same purity as the original copper alloy. It consists of a copper matrix with many holes or pores. The pores can be interconnected or separate depending on the fabrication method.

The excellent properties of copper, such as high conductivity and malleability, and the advantages of foam, such as low density and high surface area, make it multifunctional and very powerful. It is used in different fields, such as energy, electronics, catalysis, and filtration.

Manufacturers can obtain copper foam with high porosity (80% to 98%) and high purity (99.9%) for experimental purposes. The pores size and sheet thickness can be adjusted to fit the task's needs. The fabrication methods include electrochemical deposition, gas foaming, powder metallurgy, and sintering.

Copper foam is cost-effective and has high conductivity compared to other metal foams. It can be used as an anode material in batteries, such as lithium-ion batteries, nickel batteries, and zinc-air batteries. It also serves as a catalyst carrier or support in various chemical reactions, such as hydrogen production, carbon dioxide reduction, and methane reforming. It can also provide electromagnetic shielding and interference reduction in electronic devices and circuits.

Aluminium foam is an unusual substance created with Aluminium as the foundation metal. In most cases, it is created by injecting a gas or introducing a dispersant into molten metal. It is a structure of interconnected Aluminium fibers that form cells with open and closed pores. Open-celled Aluminium foams (porous Aluminium) and closed-cell Aluminium foams are the two forms of foams. It contains solid pores and has fully programmable features, allowing its performance qualities to be modified for various applications. Because of the product's structure, it is also known as open-cell Aluminium foam. It is widely used in applications that benefit from its lightweight structure, huge surface area, and nature-like morphology of the rigid cellular structure.

The foam can be produced using a variety of ways. It can be made by directly foaming Aluminium alloy or advanced metal powder processing. Our technology makes complex foam components and 3D-shaped sandwich panels comprised of foam cores and Aluminium face sheets very simple. Components include complex foam shapes and 3-dimensional panels of foam cores and Aluminium face sheets. These potential applications are investigated in various fields, including lightweight structures, crash energy absorption, and heat or sound insulation.

Closed-cell metal foams, mainly Aluminium alloy (Al-alloy), apply to various industrial sectors as lightweight, energy-absorption, and dampening structures, with particular promise in transportation. The foam sheets are isotropic porous metals with distinct properties appropriate for various applications. They can remain afloat due to their low densities. Foams have low electrical and thermal conductivity. Foams are resilient at near-melting temperatures. They are not flammable or poisonous. The durability is more melancholy than typical dense Aluminium and falls as density increases.

Nickel Foam is a complex network of connected cells with a large surface area. It is a low-density & 75%- 95% high porosity metal foam. It is highly absorbent and well-suited for many industrial uses.It has high durability and can be used for various industrial applications. It is highly malleable and ductile and shows amazing thermal and electrical conductivity.

Additional Information:

• Production Capacity: 1000

Nickel Foam is a complex network of connected cells with a large surface area. It is a low-density & 75%- 95% high porosity metal foam. It is highly absorbent and well-suited for many industrial uses.It has high durability and can be used for various industrial applications. It is highly malleable and ductile and shows amazing thermal and electrical conductivity.

Additional Information:

• Production Capacity: 1000