Monster Factory

International Energy Organization, a measure of a country's ability to manufacture nuclear weapons.

It depends on whether this country can produce high-speed gas centrifuges.

Standing directly in front of this square, close to three stories high, all in all in front of a silver-white metal coloured device.

Ye Qing's gaze never leaves this centrifuge shield, two centrifugal platforms more than two meters in diameter.

Even without considering its 50,000 RPM, and looking around the world, there aren't many factories that can pack tickets to make this centrifuge's platform.

Two meters in diameter with a surface height error not exceeding 10 nm. Surface roughness, a third of the mobile phone glass on the market, is more powerful than a mirror. ”

Inside the centrifugal platform, electric heating is also available. Keep the surface temperature of the platform at 700 degrees to ensure that the glass melt always has a softening temperature.

At 700 degrees, the metal platform does not produce thermal deformation, which is another black technology that shames the metal material to the seam of the drill.

Traditional floating glass due to the large density and particle size of tin solution. The surface roughness of the glass that floats on the upper layer will certainly not be higher than tin fluid. This more mirrored centrifuge, the glass made, is no different from ordinary glass in the naked eye, but the image shows the effect, distinguishing it from ordinary mobile glass.

When Ye Qing ordered it, the master skillfully turned on the preheating switch of the centrifuge. Metallist, when the platform temperature reaches 700 degrees, place the glass melt in the crucible in the center of the centrifuge table with the special equipment slightly clamped.

The shield closes and the rotating platform located above slowly lowers, stopping the descent at the moment of just touching the glass solution.

The upper platform gently presses the glass together to rotate to prevent centrifugal force and shake the glass away. At the same time, the platform simultaneously lowers in rotation, at an unconscious speed for the naked eye, following the glass that is thinned by the centrifugal force, thus controlling the thickness of the glass to 0.1 mm, or thinner.

“Buzz ~”

Ye Qing through the glass of the shield, you can't see the two centrifugal platforms spinning at all. It just felt like there was a high-speed train passing 500 kilometres an hour.

The mechanical whistle roared violently, and the air stirred violently.

This feeling is both fantastic and shocking, and the two rotating platforms up and down seem motionless. But it's already 25 times faster than a regular car engine.

Bugatti Veyron?

If you run this platform as a wheel, all the way to sparks with lightning, you can't catch up with fighters.

After a minute, the violently roaring centrifuge slowly stopped running.

The top table rises and the shield opens automatically.

Ye Qing, who covered his ears, hurried forward, and then something amazing happened.

The glass solution on the bottom workbench has vanished from sight, brighter than the mirror, and there is no glass on the workbench.

Had it not been in high temperature, Ye Qing would have touched it by hand.

“There's glass on it.” Masterful smile of success: "Boss, that glass is too transparent for you to see. ”

Speaking of which, the Master of Sophistication gently plugged it into the centrifugal platform with a special tray already made. Ye Qing is then able to refract according to the light that occurs from the glass shaking, implicitly seeing a thin layer of glass.

“Without fragmentation, did we succeed?” Ye Qing was somewhat incredible that the experiment would succeed once.

Edison invented electric bulbs and experimented with more than 2,000 methods. It took four years for a computer to transition from an electron tube to a transistor.

And the monster factory challenged the world's thinnest cell phone glass, taking only a week to prepare.

Patience waited until the ultra-thin display glass cooled, Ye Qing put on his lab gloves, gently pinched this piece, the naked eye could only blur and see the glass on its edge.

It's only got one note thick, and it's got to be the kind of brand new money that just came out of the printer.

Two meters in diameter, Ye Qing uses a flashlight to illuminate along the held corner, this glass display can only be in the air, less obvious reflection.

“Beautiful, perfect. ”

Ye Qing dropped the strong light flashlight and measured the thickness with an electronic caliper.

Exactly 0.1mm.

If produced according to black tech drawings, the thickness of the last Dream Monitor is only 0.8 mm.

If other materials are used instead of glass, they can be made into thinner, even thinner, displays that roll up at will. Or don't use a black back plate to make the monitor transparent. Of course, this is not commercially valuable, the screen is extremely hard, even the nails can easily draw traces, the monitor is going to be played out every two days.

By producing flexible glass, flexible substrates attached to organic diodes can be produced using the same technology, different material formulations.

“Cut to 5.5 inches for glass performance testing.” Ye Qing gently lowered this ultra-thin glass with the gentlest action, some excitement: “The organic diode coating should also be produced quickly, without first studying mass production methods, to make a dream monitor as quickly as possible. ”

“Tomorrow will do.” The master has picked up the tray and travelled to a non-standard product shop on the ground.

Ye Qing followed him to the non-standard product workshop. The master skillfully places the tray on a rare quality laser cutter to set the power and cutting dimensions.

A thinner incandescent laser line crosses the hair, and this ultra-thin piece of glass is cut out of nine standard pieces of glass in less than ten seconds.

The rest of them kept their spare parts, and while the master tested the glass, an electronic messenger began to remove the phone as well.

This is a bunch of master figures who run to open a cell phone repair shop and can make all their colleagues unemployed for ten miles. A carving knife, a heating air gun, removes the phone faster than a bear child removes the building blocks.

With rubber tweezers, the master gently clamped a 5.5-inch ultra-thin glass onto a compressive tester and tested it with a regular display glass that had just been removed from the phone.

The two instruments are activated and the pressure table slowly exerts pressure on both pieces of glass simultaneously.

0.2 MPa.

Both sides of the glass bent.

0.5 MPa.

Ultra-thin glass bends significantly larger than regular cell phone display glass.

When added to 0.8 MPa, no sign, the ultra-thin glass cracked into snowflakes.

Ye Qing's heart instantly cooled down because the ordinary phone glass next to him was intact.

The test continues, and when it reaches 2: 05 MPa, that ordinary piece of cell phone glass cracks. Test results show that it is three times more compressive than the world's first thin display glass that just came out of the furnace.

Although the display glass is only an inner screen, there is also a layer of outer screen glass protection. But when the data is three times worse, it's hard to make sure that your phone doesn't break the inner screen when it drops unexpectedly.

A phone that often breaks the inner screen is simply a nonconforming product.

Then do a tensile test, the glass strength of a regular phone monitor is twice that of ultra-thin glass.

To the bend resistance test, ultra-thin glass dumped more than twice the average glass.

When the electronic messenger replaced an Apple 7P display glass with this ultra-thin glass, Ye Qing picked up the 7P and threw it toward the ground at will.

Ye Qing picked up the screen and found that the inner screen was not broken.

Try again from two meters high, with the screen facing down.

After some heartbreaking impact sound, the phone's internal and external screens were all broken.

“Not qualified.” Ye Qing rubbed his face and was the world's number one head, not so easily obtained, especially when manufacturing non-metallic products that he was not very good at.

Boss, we can use vapor deposition on both sides of the glass to increase the glass strength by plating a layer of nanoscale diamond. ”

With ultra-high purity quartz, the metal expert who made the flexible glass material himself stepped forward and was confident: “Diamond itself is transparent and the coating does not affect the light transmittance of the glass. ”

“Just doing so will cost a lot more. ”

Diamonds are diamonds, ultra-thin glass is turned into nano-diamond coated glass, the cost has more than doubled?

“This glass cost would not have been high, and mass production would have spread the cost. And we're tall, diamond coated glass, somewhat pricey, of course.” Ye Qing's mood changed and he asked the electronic messenger to remove another phone.

I was just in a bad mood to forget. Now Ye Qing needs to look at the regular mobile phone monitor. After changing the ultra-thin glass, how much will the color of the image improve?