Mentor Louis and I were staring at each other, and the four mentors behind Mentor Louis were standing side by side, looking at us with tears and smiles.

"Hand it over." Mentor Louis stretched out his paws, no, it was hands.

"Dream, these things are mine." I clung to the contents of my arms.

"These things don't belong to you, they belong to the school." Mentor Louis's hand moved a little closer to me. "You only have the qualifications to use it."

"It's through the wisdom of my craft!" I took a few steps back with what I was in my arms. "Besides, didn't you all say you don't want these things?"

"Who knows if you did it on purpose, you actually separated so much Mithril!" Mentor Louis looked at me with a dangerous look.

"Hmph, it's obvious that you don't have the ability to separate it." I cocked my head. "Now that I have made so much Mithril, I am so bold that I have the courage to run and rob it, Mentor Louis, do you still want to be ashamed?"

The magic array ordered by the academy was completely made and spliced together a few days ago.

A magic array with a radius of about 32 meters is impossible to form in one piece, at least I can't.

In order to make this magic matrix, I chose the same method as Div's magic matrix.

The modules of the magic circle are pre-made and then put together.

Because after the matrix of this magic array is spliced, it does not need to be rotated and adjusted like the speed switch of the magic machine, so as long as it can be made to a finished product of ordinary quality or above, it can be used.

If such a large magic circle substrate needs a finished product of perfect quality, I probably won't have to do anything this year.

The metal material used for the matrix is not entirely Mithril as I have proposed, but an alloy doped with some Mithril.

Hmph, the metal magic array matrix with a radius of 32 meters and a thickness of 1 centimeter, if all Mithril is used, it is estimated that the entire Phyllis Academy will not be able to pay for it.

However, once Mithril is mixed with other metals, the magic guidance performance will be greatly reduced, although the alloy doped with Mithril is better than the magic guidance ability of ordinary materials, but it will become extremely difficult to process the reverse side. After the fusion and molding, I don't know what happened to the Mithril alloy, it is extremely strong, and it is basically impossible to process it again.

Well, the Magic Array Pattern Groove is burned, and the Graver Knife that is scrapped every day is heavier than the Mithril consumed.

Therefore, the metal residue carved from the prefabricated Mithril alloy carved into the magic circle is usually discarded as scrap.

The Mithril Alloy, which is so valuable, is actually disposed of as scrap by you, and it is a terrible thing!

Every day, after making and carving the Mithril alloy prefabricated panels, I carefully sweep the carved pieces of metal together and put them away.

Once all the Mithril Alloy Plates have been made, I will begin to dispose of this treasure that would be a waste to others.

What, I don't care about the magic array?

Please, making a magic circle is a basic course for magicians.

And the reason why they can't make this magic array is because the magic array is too big, and as long as there is a slight mistake, it will be scrapped as a whole.

Even with the help of skills and chunks, I also scrapped a lot of Mithril alloy prefabricated plates.

Of course, I didn't throw away the broken Mithril alloy plates, but put them all away and kept them for recycling.

As long as the substrate of the magic array and the pattern carving of the magic array are completed, the rest of the academy can be completed by itself.

The separation of these Mithril alloy materials is easy to say.

As long as the temperature is well controlled and the temperature is raised little by little, the alloys fused together by different metals will melt in batches because of the different melting points, so as to separate.

It's hard to say, because the melting point and boiling point of Mithril is relatively close, and the melting point of several other materials in the alloy is almost the same as that of Mithril, so the temperature control requirements are quite high.

Although the principle is simple, it is relatively difficult for this world where technology is backward and magic is flourishing.

It was very simple to ask the fire mages of this world to come and melt this alloy, basically as long as the fire mages above the fifth order could do it.

But it would be too difficult for them to ask the fire mages to control the temperature precisely.

Fire magic is rough and unrestrained. Asking a fire mage to control the temperature is tantamount to using a war hammer to make a sewing needle.

Well, the war hammers in this world are not flat, they are basically prismatic, you can imagine how difficult this is.

Of course, it's not that there aren't fire magicians who can skillfully control temperature, but such magic is so rare that it's hard to find.

If there is such a fire magician in the academy, when making the cableway cable car bracket outside, as for the high temperature, all the steel in the mold will be vaporized, and he will be scolded for being bloody at the end?

Hmph, these magicians can't do it, but I can't do it?

I don't know how to do fire, but I can make magic equipment.

The magic furnace that separates these Mithril alloys has been redesigned and crafted by me.

Although the internal structure is no different from the previous Magic Iron Melting Furnace, this one is larger and more complex.

In addition to the ventilation and cooling equipment, a set of magic input valve switches that can be finely adjusted has been added.

This valve switch was deduced after the recent crazy use of mana transformation skill upgrades, and with the left and right rotation switches, it can slightly increase and reduce the amount of mana input, thereby changing the flame temperature of the fire magic transformation array in the magic array, and then achieve the ability to accurately control the temperature.

The ventilation equipment is also prepared to control the temperature, and if the temperature is too high, the switch will be turned on to bring in cold air, thus reducing the temperature in the furnace.

If the temperature is too high and Mithril vaporizes, who do I go to cry to?

As soon as the new temperature-controlled iron melting furnace was made, the separation of the Mithril alloy began.

Throw the milled Mithril alloy into powder (the carved Mithril alloy fragments may be fine if you throw it directly in, but if you throw the broken Mithril alloy prefabricated plate directly into it, hum. Put it in the furnace, turn all the switches to the minimum, and turn on the main switch of the magic circle.

As the temperature gradually rises, the temperature in the furnace becomes higher and higher, and the metal powder in the melting chamber gradually begins to melt, and the metal liquid and metal powder are separated.

The melted metal liquid flows into the deflector tank and then flows out into the mold I keep next to the stove.

Once the liquid metal has completely drained, replace the mold below and continue to slowly raise the temperature.

When the metal powder begins to melt the liquid again, the above process is repeated, and at the end of the day, all the metal materials are separated, leaving behind some slag.

Although the amount of Mithril doped in the Mithril alloy is not large, it can't add a large amount.

More than 3,000 square meters of metal fragments carved from the magic array, plus the broken Mithril metal prefabricated plates, separated Mithril has hundreds of kilograms.

The value of Mithril was several times higher than that of gold, and hundreds of kilograms of Mithril were piled together

The impartial Mentor Louis's eyes turned red when he saw this piece of Mithril ingot, so there was this scene before.