A new, lightweight aluminum foil fabric called aluminum foil invented by Alcoa could help to save lives by protecting against the effects of air pollution.
In a paper published in Environmental Science & Technology, researchers from the University of Chicago, Columbia University, and the University at Buffalo have developed a novel aluminum foil material that has the ability to absorb CO2 while remaining relatively lightweight.
They report on their work in this week’s issue of the journal Environmental Science.
In their paper, the researchers describe the new material as a combination of aluminum foil and aluminum-based coatings.
They describe the design of the new coatings as follows:The coating on the aluminum foil is made of polymers, which can be coated with any solid or liquid, such as water, or can be made of carbon nanotubes.
The polymers are layered in a three-dimensional pattern on a surface of aluminum and carbon nanowires.
The nanowire layer is connected by two carbon fibers.
The fabric is made up of a combination that combines several of these materials.
The pattern and the combination of polymeric coatings on the surface of the aluminum is a material known as an “aluminum alloy.”
This type of aluminum alloy was first described by Aloysius Strydom in the mid-19th century.
He called the material a “new and better form of the metallic aluminum alloy, which had been around since the beginning of the industrial revolution.”
Strydom said the new aluminum alloy is a better way to increase the weight of the material.
“Its properties are so different from the previous ones that it is a very different material, and a new one at that,” Stryness said.
In addition to the new design, the new materials could also help to create an aluminum foil that has better thermal stability, and better electrical properties than aluminum foil currently on the market.
“Aluminum foil is a composite material, so it’s a good material to be using for a variety of purposes, but we don’t know if this material would be a good choice for these applications,” said Strysdom.
The new aluminum foil coatings have an additional advantage over aluminum foil on the open market, because they are also nontoxic.
In addition to being a good energy absorbing material, they also have good thermal conductivity, Stryson said.
“They do not need to be treated as a chemical by the furnace, they just need to keep cooling down,” he said.
Aluminum foils are used in the construction of insulation, including insulating buildings, doors, windows, roofs, and other structures.
A common material used for insulating these structures is polyethylene.
“This material is a great conductor of heat, but it is not a good conductor of electrical energy,” said Andrew D. O’Hagan, a senior associate professor of mechanical engineering and materials science and engineering at the University, Buffalo.
“Aluminum is not good at it, and it’s not good for other applications.
It’s just not a great material.”
O’Hagen said he thinks aluminum foil can have a major impact on the energy efficiency of insulating materials because of its strong thermal conductive properties.
Aluminium foil could be used to make insulation materials with better thermal conductivities, and that could improve the energy density of insulators, he said, because the aluminum does not have to be a chemical, it can be used as a catalyst for its own energy conversion.
In the future, O’Sagan said, he expects that aluminum foil could also be used in a new and more efficient form of high-performance solar cells, solar cells that are both cheaper and easier to produce.
“This is just the beginning.
The next big breakthrough will be in this material,” he told Polygon.
This article was produced by the Polygon team.
The story was originally published by Polygon, and is republished here under a Creative Commons license.