Metal rods, which are made from stainless steel and then heat treated, are already used to create metal doors, security gates, and other door and window hardware.
Now, researchers at University of Arizona have developed a metal rod that they say can actually conduct electricity.
The researchers say they have created a metal-containing rod that can store enough electricity to power the entire home.
“It’s like a magnet,” said researcher Alex Stahl, a doctoral student in materials science and engineering at the University of Phoenix.
The new metal rod is able to generate enough power to power a single circuit that’s attached to a standard metal rod, and it can do so in a way that is both safe and cost-effective.
In other words, the metal rod’s magnetic field can’t damage the rod, so you can install it in a home with little or no damage to your home.
The rod’s strength can also be increased to a point where it can power a circuit for which the rod already has a fixed amount of charge, such as a water heater.
The metal rod can be a powerful, cost-efficient way to make electric doors, windows, and security gates that are both secure and economical.
It’s also a very good way to build new types of electrical devices, such a batteries for home batteries or sensors for remote-control equipment.
Stahl and his team were inspired to make metal rods after the recent deaths of two people who were trapped inside metal doors they made using metal rods.
The two people died of suffocation after the metal rods were installed inside the doors, and the University and the National Institutes of Health have pledged to spend at least $10 million to help the families of those two people.
The University of Tucson has already made metal rods that can handle the same amount of electricity.
Stalahl says that they can also potentially use the metal-reinforced rods to make other kinds of devices, like cameras, to be able to record the electrical current flowing through a house.
“We could potentially make something like this in the future,” he said.
Sthalen has been working on metal rods for years, and he says he started using the rods when he was at Arizona State University in 2013.
He also made a similar rod for his wife, Jessica, a computer engineer at the university, who was killed in a house fire in 2009.
“I started working on the rods a long time ago,” he told Ars.
He says that he learned from his students how to make these rods, and eventually he developed the metal, stainless steel, and aluminum rods that he now sells for $20 per 100-gram rod.
Stalyns’ team has been making metal rods since 2010, and Stahl says the research began in 2013 after he was contacted by a friend of his.
He asked the friend to find out if they could make a metal version of a metal door that could be installed in his home.
That friend found a metal product online, and so Stahl asked the friends to make the metal door.
“He just said, ‘Sure.
Why don’t you come up with some ideas,'” Stahl said.
“So we thought, ‘Okay, let’s do it.'”
In fact, Stahl’s team began by building a metal house with a metal floor.
The team then went through the process of building a floor with metal rods on top of it.
The rods then made metal joints on the floor to make a hinge, which is the hinge used to attach the rod to the metal flooring.
Stalsh says that the metal joints were made of a variety of materials that could all work together to form a hinge.
The hinges were made from aluminum alloy, which the metal team says is an inexpensive material to make, and metal alloys are also cheaper than stainless steel.
“They’re a very strong material, but they’re cheap enough that it’s cheap enough to make it in bulk,” Stahl told Ars, and they’re a good material to use because they’re inexpensive to produce, too.
He said that they also used aluminum for the rods and the hinges because aluminum can conduct electricity at temperatures of about 1,200 degrees Fahrenheit.
Stalin said that while the metal was already strong enough to hold the metal doors in place, the rod was able to hold it up to 1,400 degrees Fahrenheit for the rod’s metal rod to heat up.
That’s because the rod is made of stainless steel in addition to the alloy, Stalins said.
It also works with metal-filled magnets, which Stalin says are much stronger than the magnets in regular rods.
Stalgans’ team used aluminum and stainless steel for the hinges, and also used stainless steel on the rod for its metal rod.
The result was that they could fit two metal rods into a space of about 10 square feet.
The process was relatively quick, but the rod could take a while to heat to that point.
“Our rods took about five hours,” Stalalin said. But