Almighty Lord: I can modify hidden entries.

Chapter 64 The Birth of Cement
"Bang-bang-bang-"

Under the burning of the fire, the steam engine ran quickly, and the flywheel at the side tail was rapidly rotated under the drive of the crank.

Its rotation speed is much faster than before, and with the help of a specific power transfer device, the stone crusher on the side is also slowly driven.

The overall structure of the stone crusher is a square, two meters high, 1.5 meters long and wide, and has an inverted pyramid-shaped funnel above it.

This is the entrance where the stone is thrown in for crushing, and Gooden pours a basin of dug lime into it.

As the lime mine kept colliding with the reamer inside, the sound of clattering sounded from the inside of the crusher.

In order to ensure the strength, the reamer inside the stone crusher is all made of manganese steel, and the inner reamer has ten layers.

The speed of the reamer on each layer is not consistent. The speed of the reamer on the top layer is only [-] revolutions per minute, that is, one revolution every two seconds.

The second layer is changed to 45 laps per minute, the third layer is 120 laps per minute, and the last layer is [-] laps per minute.

Reamers with different rotation speeds are used to process different sizes of ore materials. Most of the crushed lime ore will be turned into granular powder, and a few will be the size of rice grains.

But this is not the end of the process, there is also a built-in roller crushing member at the bottom of the crusher.

The crushed limestone slag will go through the second round of pulverization. After this step of treatment, lime powder is poured out from the prefabricated outlet.

It took less than 30 seconds to process a pot of limestone ore.

Looking at the slightly rough lime powder, Gooden was already very satisfied. To be able to achieve this step is not far from the birth of cement.

Immediately, part of the prepared iron ore was also put into the stone crusher. In addition to lime powder and clay, a little iron powder was required in the production of cement. This part can also be replaced directly with iron ore slag.

Every time, iron powder made from iron ore is also poured out of the stone crusher.

Simply weigh the raw materials, mix them according to the proportion, and put them in the kiln of the blacksmith shop next door for calcination.

This process does not take too long, with the help of high temperature, the three materials fuse with each other to become cement clinker.

In the end, the calcined clinker is put back into the stone crusher for crushing into cement powder.

Gooden couldn't wait to test it after the grey cement powder came out of the crusher.

Add water and stir well, then touch the prepared bricks to bond layer by layer.

Under the command of Gooden, a half-meter-high brick wall appeared in no time.

Then spread the remaining cement evenly on the wall, and that familiar cement wall was born in another world!

Gooden looked up at the noon sun. According to this situation, it is estimated that by the evening, the cement will be able to dry, and the hardening test is estimated to have to be put on tomorrow.

For the cement test, Gooden is not worried about unexpected situations. After all, from the production to the finished product, there is no abnormality.

In the worst case, the proportion of cement ash is wrong, and it can be adjusted slowly at that time.

In order to prevent the curiosity of the crowd from destroying the strength structure of the cement, Gooden directly ordered it to be restrained.

"From now on, the wall is now off-limits for anyone to come in close contact with it until tomorrow morning when the cement hardens."

"As ordered."

In this context, his words can be equated with the law.

Therefore, after receiving the order, everyone took a step back and said that they would not approach.

"Buck, you took the trouble to sort out the design of the stone crusher in the past two days, and at the same time divide the staff of the research institute into two groups."

"Two groups of people are divided into groups to build the steam engine and the stone crusher at the same time. Pansy and Eden will give them some guidance, so that they can be your deputy to develop them in teams."

These days, Gooden has not forgotten to refresh the entries for the apprentices of the Engineering Academy. So far, two good seedlings have been found as candidates.

And Buck heard that an apprentice could be called, and immediately showed a happy smile on his face.

These days of development tasks, he is under too much pressure.

Although many complex craftsmanships were accomplished by the young master using magic, at least two-thirds of the remaining parts were forged by him bit by bit.

Now that there is a deputy to help, even if it is only half of his craftsmanship, the next job will be much easier.

"Pansy, Eden, I'll study with the young master later. When you come back, you will be responsible for building a project."

The two named by Buck quickly came out and followed Gooden back to the castle.

According to the old way, Gooden is still a radish and stick move, pushing the loyalty of the two to about [-] and then modifying the entry.

After the entry was revised, the two looked at each other in shock, and then quickly expressed their loyalty.

Looking at the rapidly rising loyalty, Gooden was satisfied and let the two return to the Academy of Engineering to continue their work.

……

Early the next morning, Gooden brought Joseph Sr. and a few soldiers to test the cement brick wall.

After almost a day of drying and hardening, the cement paint on the front of the brick wall has become very hard.

From the unpainted part of the back, the bricks have been firmly bonded together by the hardening of the cement.

"Come to two people to support the side, and Els will give him a kick to see, don't use all your strength."

Gooden used the easiest and most violent way to test the hardness of cement, originally thinking of using a rifle to test it.

But after thinking that this thing can penetrate even manganese steel, it is too much to test the cement brick wall, so the method of 'manual inspection' is adopted.

The brick wall does not have a fixed foundation, so someone needs to support it to prevent it from being directly kicked down.

According to Gooden's request, Els came to the side and kicked the brick wall with a three-quarter force.

I thought that this weak brick wall would shatter with one foot, but I didn't expect that it just left a slightly dented gray mark on the cement surface.

"Raise the strength to seven or eight points and try it out."

Looking at the mark on the wall, Gooden was slightly interested and asked Els to improve his strength and try again.

As Els's strength increased, this time he directly smashed the cement gray surface, revealing gray-red bricks.

And the wall is still 'standing up' at this time, it doesn't seem to be any serious problem.

"Take a few steps back and try to kick with all your might."

With the run-up and full-strength kick, the thin concrete wall was finally kicked open as Els wanted.

The apprentices of the engineering college who were watching around looked at the scattered cement blocks on the ground with disbelief.

They didn't expect this thing to have such a high hardness and adhesion. With such a thin layer, even the soldiers under the young master had to run with all their strength to kick them away.

If there are more layers, who can destroy it?

For the role of this new material, everyone has thought of a lot of application directions in their minds.

　Crazy Thursday, does anyone have a full meal on V50?Hey, if you don't have to hand over all the monthly and recommended tickets!Do you keep cubs at the end of the month? (●￣()￣●)
　　
　
(End of this chapter)