Chapter: 281

Under the observation of informatized vision, the reinforced silk produced by this spider cannot escape Mark's eyes when it comes to its performance data.

Under the same thickness conditions, the reinforced silk produced by the spider is as strong as graphene, being 100 times stronger than steel wires of the same thickness.

Compared to the original unreinforced silk, it has been enhanced by approximately 20 times!

However, this reinforced silk material is not only high in strength but also retains excellent toughness due to the fibrous chains formed by proteins. Compared to graphene fibers, the reinforced silk fibers have a higher elastic limit.

When this characteristic is applied to weapons like bows and arrows, the result is a significantly increased range while maintaining the durability of the bowstring without any reduction.

Moreover, due to its excellent tensile performance, it can greatly delay the occurrence of relaxation in the bowstring during repeated pulling.

Mark's first experimental attempt with this little spider project yielded unexpected results.

The reinforced silk produced by this spider not only exhibited greatly improved performances and perfectly met Mark's requirements for bowstring materials but also exceeded his expectations in some aspects.

According to the data provided by informatized vision, the significant enhancement of the silk is closely related to a newly discovered triangular protein.

Furthermore, this newly appearing triangular protein also exists in the strengthened muscle tissues of this spider, ensuring the muscles can withstand intense contractions and pulls without muscle strains.

After understanding the composition of this new protein in its entirety, Mark can fully decode its transcription RNA's base sequence through reverse engineering.

By using the Extremis virus for human transformation, Mark can implement similar enhancements to human tissue, greatly increasing their strength and unlocking the hidden potential of the human body.

In addition to its other advantages, this new type of reinforced silk is not only easy to manufacture but also cost-effective, making large-scale production feasible.

While it cannot fully replace graphene in the future, it can generate considerable profits through commercial operations in military and civilian fields.

However, all of these are concerns for later. Additional strength using this new Extremis transformation is optional with Mark's current strength so he is not in a hurry to carry out this research.

As for the commercial promotion of the new reinforced silk, that is a matter for the company's employees to contemplate. Mark would entrust this excellent and cost-effective product to them.

If they fail to achieve satisfactory profits, Mark's research center is not a charity organization to support idle people, and the company's operation supervising team will make decisions on his behalf.

For now, the most important thing is to complete the custom-made weapon promised to Hawkeye.

After all, Hawkeye, as an ordinary person without any superpowers, relies on nothing but years of training and the equipment on his body when facing various formidable enemies alongside numerous Avengers.

Although according to the original plot of the Marvel Cinematic Universe, Hawkeye remains alive until the endgame, other superheroes with different superpowers or abilities have had much more tragic fates compared to Hawkeye.

However, Mark cannot guarantee what each person's ultimate trajectory will be after he becomes involved in the development of their destinies. He also cannot predict their respective outcomes.

Therefore, if the weapons and equipment he develops can save his comrades' lives at critical moments, then everything will be worthwhile for Mark.

...

Having completed all its missions, Mark puts the spider back into the experimental container.

After all, it is an outstanding life form that has contributed to the scientific cause for humanity, and Mark would not just dispose of it after the experiment.

However, to maintain the balance in nature and prevent some uncontrollable dangers, the spider's remaining life can only be spent within this confined space.

At least, it can still survive in this way, and Mark will treat it well, ensuring the highest standard of food for it.

Next, Mark's task is to use chemical synthesis to restore the newly decoded original fluid of the new reinforced silk and then produce the silk in bulk through the artificial silk gland.

For Mark, this part of the work is relatively easy, as it involves standard procedures. The only difficulty may lie in the synthesis of the triangular protein.

After all, this is a completely new type of protein with a complex spatial structure and long peptide chains.

To achieve mass production, a new production process needs to be formulated, and new production equipment needs to be manufactured.

After overcoming various difficulties encountered during the chemical synthesis, production equipment design, and manufacturing processes.

Mark finally completes the preparatory work for pre-production and can start the first production of the new reinforced silk.

Although it is the first trial production. For Mark, there is no possibility of failure in researching a project of this difficulty level.

With full confidence, he starts the production equipment, and the liquid silk produced by the automated production line is continuously pumped into the artificial silk gland.

As the pressure in the gland increases, the manufactured silk continuously emerges from the silk outlet.

These silk threads are collected by a silk collection device and then undergo a complex weaving process to turn them into high-strength fiber materials that can be truly used in various fields.

Through various advanced chemical and mechanical means, the artificially replicated reinforced silk still has some differences in material performance compared to the silk produced by the experimental spider itself.

It is noticeably slightly weaker in various parameters than the original silk.

However, these differences are very limited and do not affect the final usability.

Moreover, after weaving, the multi-stranded silk is combined and matched, resulting in a finished product with characteristics far superior to the natural properties of silk itself.

As the bowstring for Hawkeye's beloved weapon, the composite bow, it is undoubtedly without any issues.

Mark takes out the processed finished silk fibers and approaches another machine, placing them inside.

This is also a weaving device, but after this weaving process, the final product obtained will be the bowstring for the custom composite bow.

At the outlet of the device, Mark picks up the bowstring that has finally been completed after various hardships and personally fixes it onto the bow body that has been prepared in advance.

Looking at this exquisitely crafted, superior material, and exceptionally high-performance long-range weapon, Mark nods in satisfaction.

"This bow exudes an aura of dominance like no other. The materials used are extremely tough, and the design and color are top-notch. I've decided to name you—'Unyielding Bow'!"

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