29. Special Glass

Ajay ordered his bodyguard robots to bring the materials to the laboratory. The three brought the samples to the laboratory and placed them on the table.

"Let our company's chief engineer introduce the products to you." Ajay told Colonel Abhey and researcher Shrikant while signalling the Chief engineer.

The chief engineer took a step forward and picked a sample of special glass and gave it to researcher Shrikant. "This is the special glass, that our company has just developed. The lower transparency of the glass is slightly worse. , And the relatively high transparency of the glass, the performance is even better."

"Yes! The light transmittance of this glass is at least 96% or more, not to mention the others, just in terms of light transmittance, this glass is already very good and has surpassed the current glass with the highest light transmittance in the world." Shrikant took the glass in the chief engineer's hand and looked at it carefully for a while, and spoke in a somewhat excited voice.

After talking, he dropped the glass a little and then tapped gently, and said: "Well, in terms of weight, it is much lighter than ordinary glass or metallic glass. If the volume is the same, it is probably only about one-third of the weight of ordinary glass.

At the same time, when knocking it with the table slightly, the sound of the glass is very crisp, even with a metallic sound, indicating that the strength and impact resistance of the glass is very good.

"Ajay, Are you sure that it is special glass? Not metallic glass or Is it really ordinary glass? "

"Yes! uncle Shrikant, this glass is not metallic glass. After all, the metallic glass will certainly not have such a high light transmittance. Generally speaking, the light transmittance of metallic glass is 90% and the light transmittance of my glass has exceeded 96%. At the same time, I think that metal glass will definitely not be so light in terms of weight." This time Ajay replied. He read the information about the glass in the car while coming to Delhi. So he knows all the parameters and had some knowledge about the glass.

"Yeah! Indeed, although there are some metallic glasses, that are lighter in weight than ordinary glass, but it is not easy to achieve this level, not to mention in terms of light transmittance, it is basically not achievable to this level. It is impossible." Researcher Shrikant said.

After concluding, Mr Shrikant didn't say much, but took the glass and walked into another laboratory, ready to formally test the piece of glass with proper instruments. After all, human eyes and touch can only observe it and find only basic parameters. The parameters are very limited, to know the material properly still depends on the results of the instrument test.

As for the rest of the people standing, after seeing Mr Shrikant walk into the laboratory, they also walked after Mr Shrikant into the laboratory.

After entering the laboratory, Ajay discovered that this laboratory should be a laboratory specialized in the development and testing of special glass and some other basic materials, with complete internal equipment.

And these pieces of equipment are very advanced, he saw many of the world's top experimental equipment in the laboratory, although they are not as advanced as that of Green planet's equipment.

The testing of glass is done step by step. Mr Shrikant and the other scientists have been testing glass for three to four hours.

"Colonel Abhey! The performance of this glass is very good, especially in terms of comprehensive performance, which absolutely surpasses all glass in the world, so it is no problem to use it on any high-pressure and high-temperature equipment. Especially the performance of this glass in terms of high temperature resistance, its minimum softening temperature reached 2661 degrees, which means that if the temperature is less than this value, it will not affect this glass at all, it is amazing. This glass should be used in aerospace and aviation. It is the most suitable. In fact, we should call it aviation glass." When it was detected, Mr Shrikant said immediately.

Hearing what Mr Shrikant said, Ajay nodded. He read the detailed report in the morning, every millimetre of glass can withstand an impact resistance of 53 meters per second. As the thickness increases, the impact resistance will increase geometrically. This performance is not achievable by any glass, even the most advanced bulletproof glass cannot even come close to this level. Its light transmittance is 97.8%. The data has exceeded that of professional optical glass, and its anti-overload, compressive, heat and corrosion-resistant capabilities have all exceeded those of professional optical glass by more than a mile.

After testing Mr Shrikant and other researchers were excited.

"Ajay, This type of glass is amazing, many of our DRDO's equipment use high-temperature-resistant special glass. I won't say much about it. In short, DRDO needs a lot of special glass every year. There are also many types of glass, this glass can also be used in making different drones, fighter planes and missiles. This special glass is definitely aerospace glass, the best choice, in addition to electronics, industry, metallurgy and other industries have huge uses, so the future of this glass is absolutely huge. What about the output of this glass, are you capable of producing other types of glass than flat glass? "

"Uncle Shrikant! Since our Future tech. produces special high-temperature resistant glass, and now we have one advanced glass production line, the output is not very high at present, but we will add a few advanced production lines according to demand. Chief engineer told them about exact output." Ajay said while signalling the chief engineer to elaborate to Mr Shrikant.

"Yes sir, Our Advanced glass production line can have an annual output of more than 150,000 tons. If the production equipment is maintained at full capacity, the average daily maximum output can reach 410 tons.

At the same time, our production line is not a production line that only specializes in the production of flat glass, so in addition to flat glass, we can also produce special high-temperature resistant glass in any shape.

In addition, this production line can produce glass with a minimum thickness of 0.4 mm, a maximum thickness of the flat glass of 150 mm, a maximum length of plate glass of 5000 mm, and a maximum width of 3000 mm. As for other types of glass, As long as it is not larger than this thickness, length and width, it can be produced. Of course, the specifics still depend on the shape of the glass required and as our production line is fully automatic, so scrap is very low. " Chief engineer replied.

Mr Shrikant nodded in satisfaction showing that the output is enough for now.

"By the way, Ajay, have you registered patents for this type of glass? If not, then you should do it as soon as possible. Although it is very difficult for others to copy the basic materials by reverse engineering but not impossible.

It is possible to invest countless manpower, material resources and funds, and it may not be possible to imitate successfully. Still, everything is in case, so if there is no registered patent, you should register as soon as possible. At the same time, register patents not only in India but also in other countries simultaneously.

Finally, when registering a patent, be careful not to write all the data and core technology of this glass. After all, even a patent is not absolutely safe. "Mr Shrikant thought for a while and said to Ajay.

"Uncle Shrikant! Don't worry! For patent matters, Our company has already completed the registration and the core data, technology and craftsmanship of the glass were not involved." Ajay Said with some gratitude.