A team of engineers and designers in China created their own car parts, and they used a special metal that was specifically engineered to be strong enough to withstand extreme temperatures and pressures.
It’s called Nodal Alloy, and it’s made up of a series of layers that make up the engine block.
Here’s how it works.
Nodal alloy is made from three main parts: a central core, an outer core, and a sub-core.
Each core is made of one-third of a piece of steel, and is made up with a different type of mineral.
The outer core contains a metal called Nylon, which is usually used to make plastics.
It has the ability to withstand the extreme temperatures that occur in extreme conditions, as well as the extreme pressures that are created when the engine is cold.
The core of the engine has been hardened to a hardness of up to 400 degrees Celsius, so it can withstand the pressures it experiences.
Nodelite is then pressed together in the middle to create the inner core, which then sits in the engine and is formed by the sub-cores.
The sub-components of the car engine are the same materials used in the body of a car.
They’re called the pistons, the connecting rods, the cylinder heads, and the crankshaft.
The engine itself is a cylinder, but the piston and connecting rods are called cylinders, and those cylinders have their own heads.
The crankshaws, or crank arms, are the heads of the cranking assembly.
The inner and outer cylinders are connected by pistons to the outer cylinders, which connect to the crank arm.
The connecting rods hold the cranny in place, and are held in place by the connecting rod assembly.
Nodelites can also be used to build a car that’s lighter than the base model.
When the engine blocks are heated, the pistoned parts can melt, forming a steel shell that’s stronger than the rest of the metal.
This creates a solid structure for the engine, which can withstand a high temperature and pressure.
This is why Nodels can be used in an engine that’s just starting to go through the assembly process.
In the end, Nodals can be turned into a more robust structure.
“Nodals are a special type of metal that is extremely strong,” said Huang Shixiong, a senior engineer with the Nodalan Group.
“It can withstand extreme pressure, and extreme temperature, and also extreme pressures.
You can do it in one go, and if you put a bit of Nodalo inside the engine core, the engine will withstand a lot more pressure.”
He said Nodallas can be made into the right material to form parts for a car engine.
“The basic concept is to make the engine completely different, but using Nodales you can easily create the right parts,” he said.
Huang added that the Nodicas have the ability “to absorb energy from the environment, like the temperature and the pressure, but they also have the capacity to withstand any type of extreme heat, even super-hot conditions.”
It’s also the perfect material for building a vehicle that’s very powerful.
The car industry is in a frenzy right now as automakers and parts makers race to build the next generation of cars.
To build an Nodaler, the team used a technique called “semi-precision casting,” which basically means they designed parts to fit together in such a way that they wouldn’t fracture or crack.
The process is known as “semicompatting,” and it involves carefully cutting pieces of metal and attaching them together, which allows the metals to hold together in a way similar to the way a glue is used to glue together Lego bricks.
The team also used an additive that they say gives them the strength they need to withstand high temperatures.
The technology used to create Nodale parts is also incredibly advanced, according to Huang.
“Our process is so advanced that we can create parts that will withstand temperatures up to 500 degrees Celsius,” he explained.
“The strength of the Nodaels is the strongest that we have seen so far.
We have a lot of work ahead of us to achieve the same level of strength as the best materials available.”
The team also says that the design has been tested in real life, and will be built by an actual vehicle in 2020.
They’ve also designed parts that have been used in space, which makes them a very good candidate for the next big breakthrough in high-performance, lightweight, and fuel-efficient cars.
This article originally appeared on Wired.com