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For example, at present, the steel used in the construction of the entire skyscraper and all the surrounding buildings is a special steel comparable to that used in military weapons such as aircraft carriers and warships in this time and space. Pen | fun | pavilion www. ｂｉｑｕｇｅ。 ｉｎｆｏ

Kanazawa is able to add a small amount of rare metals to synthesize a similar special steel with greater strength and compression resistance.

Although the metal is not corrosion-resistant, other strong features more than make up for it.

The most important point is that Kanazawa is easy to make this metal, and it requires a very low content of metals other than iron.

Therefore, he only needs to attach a layer to the surface layer of this metal, which has better strength, compression, and corrosion resistance, which not only saves the use of rare metals, but also ensures the strength and comprehensive performance of all buildings.

The special metals in Kanazawa's eyes are in addition to some special alloys with ultra-high corrosion resistance, acid resistance, and high temperature resistance. The special metal in his eyes is the kind of super alloys such as Aymande alloy and vibranium that are comparable to the Marvel world.

Because when he was in the Marvel world, all the warframes and battle robots he made were made of these two super alloys.

Not to mention the elmant alloy, its performance in all aspects is extremely powerful, not only extremely hard, extremely tough, but also strong in other aspects.

In general, this alloy is a super alloy with strong comprehensive ability but higher hardness.

In the Marvel world, this metal is synthesized from extraterrestrial meteorites, and the amount is very limited.

However, when Kanazawa got some meteorite prototypes and synthesized Ayman alloys, he finally succeeded in synthesizing a super alloy with similar properties to Eyand alloys through various rare metals according to their unique proportions and arrangements.

In the Marvel world, another super alloy, vibranium, is also a powerful metal, because this metal has a strong ability to absorb shock waves.

The most intuitive is the shield used by Captain America, which is made of vibranium, a metal that is not only as hard or strong as Emand alloy, but also has the ability to absorb shock waves.

This means that the metal is more protective against powerful attacks.

It can reach the attacks of many weapons, for example, Captain America can directly resist the energy shockwave emitted by Iron Man with his shield, and directly knock Thor's attacks away.

In other words, this metal is even more powerful than Ayand alloy in terms of comprehensive capabilities.

Of course, there are limits to such a powerful metal, and this limitation is that the production is not high, even if Kanazawa can use some of the rare metals available on the earth as substitutes through research.

However, there are several rare metals that exist in extremely rare quantities on Earth.

Therefore, when he was in the Marvel world, most of the vibranium that Kanazawa got relied on directly snatching those meteorites that meant vibranium, and there were not many that were really synthesized.

After resting for a few days, Kanazawa returned to the subsequent construction of the island.

Since he wants to build a super city with a futuristic sense, he must also hope to complete the city in his mind as soon as possible.

Because of his large amount of industry and money, as well as his current status in the Ming Empire, the empire gave him the green light for all the resources he needed.

Because the high-level of the empire also wants to see what kind of city Kanazawa wants to build, and once such a city is built, it will also be a matter of pride for the Ming Empire.

After all, Kanazawa is still a member of the Ming Empire and a nobleman of the Ming Empire.

For the next construction project, Kanazawa first shipped a large number of various materials and materials from Australia to a specially built warehouse on the island.

This warehouse was built by him with metal materials, and it only took a few minutes to build this kind of warehouse just to shelter from the wind and rain.

In addition to transporting materials for several days on end, Kanazawa also sent a group of employees and various equipment from his automobile manufacturing plant to the island.

He plans to build a brand new manufacturing plant on the island, dedicated to building exclusive vehicles for the island.

For example, building a new high-speed train.

Although his car manufacturing company is not good at making trains, he knows it, because this kind of train technology is just a very ordinary technology in the Marvel world.

He has studied in the Marvel world for so many years, and all kinds of black technologies can be copied, but it is naturally not a problem to design a high-speed train and a new electric car.

So, after transporting all the supplies, he chose a location on the island and began to build a new high-tech factory.

The whole plant is made of metal, and the metal material used in the roof is an aluminum alloy with good strength and anti-corrosion performance, but very light weight.

After two days, the entire factory covers an area of the construction of the plant, the whole factory building looks very sci-fi, at the front of the large area of silver-white metal plant, is a 50-story scientific research office building, on the side, a few hundred meters away, is a staff residential community.

However, Wu Hao only built a major frame structure and façade in this staff housing community, and the rest of the work was entrusted to a dedicated construction team.

Since these residential buildings are not very tall, and the main frame has been finished in Kanazawa, the rest of the construction work is also used in the new construction method.

This is the same way of building that also uses a steel frame structure to build a building in a few days.

All the interior decoration work is made directly from the factory into standard-sized walls, and then assembled in turn.

This way of construction, although not mainstream, is definitely the most practical way for some projects in a hurry.

Moreover, since the steel frame structure of the entire building is integrally formed by Kanazawa controlled metal elements, the strength is many times greater than that of traditional splicing, so there is no need to worry about safety.

After completing the construction of the entire plant and the installation and renovation of most of the manufacturing equipment in the plant, Kanazawa began to build a rail transit route around the entire archipelago.

These subway lines are completely different from the traditional subway, all of which are built around the entire island at a height of tens of meters, and each station is separated by an all-metal structure.

Moreover, the structure of this track is completely different from the structure of the maglev train, which is still only in partial operation in this time and space, which is a more advanced structure, which can ensure that the train can withstand the impact of large storms when crossing the sea.

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