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Chapter 1077 Absorbing Materials

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    Based on this idea, Ascendas Group quickly produced the finished product of the DZB-1500 cruise missile.

    It was at this time that the Northwest Aviation Factory approached Ascendas Group to jointly develop the FBC-1A fighter-bomber.

    The Ascendas Group, which was already responsible for the production of a small amount of key guidance components for ammunition, did not hesitate to incorporate its own private goods into the huge ammunition system of the FBC-1A fighter-bomber.

    Of course, the price is also quite touching, 10 million yuan per piece. As for the international price I'm sorry, I don't sell it for any money.

    There is no way, it is true that the stealth technology applied on the DZB-1500 cruise missile is somewhat high-end.

    Regardless of anything else, just talking about missile body materials cannot be produced by ordinary countries or organizations.

    Because in addition to the light weight, high structural strength, and long service life of general aviation materials, this material also has a more prominent feature, which is that it can detect signals below decimeters, especially millimeter-wave and centimeter-wave radar signals.  Has a strong absorption effect.

    This performance has been used throughout the world, and only Americans can achieve it, thus creating the f-117, b-2, and f-22 fully stealth aviation strike lineup.

    The remaining ones are not necessarily any better than Ascendas Group.

    Even if there are others who can compete with Ascendas Group in this regard, the problem is that Ascendas Group has not come up with its core technology that is the best in the industry, right?

    Yes, this high-level wave-absorbing material is not the most advanced stealth material currently used by Ascendas Group.

    In fact, the materials developed by Ascendas Group for the next generation of domestic combat aircraft not only have wave-absorbing properties, but also have microscopic radar mirror reflection functions.

    In other words, Ascendas Group¡¯s latest material is a super product with two radar stealth functions in one.

    The advantage of this is that the surface of the next-generation fighter aircraft will not be so delicate.

    Because relying on this material, it can absorb or suppress 65% to 72% of centimeter-wave and millimeter-wave radar signals. Coupled with the stealth aerodynamic layout of the fuselage, it is enough to achieve a 90% suppression rate on the main radar signal bands, thus achieving the goal of radar  The effect of invisibility.

    Otherwise, the surface of the next-generation combat aircraft can only be coated with an expensive absorbing coating, which together with the absorbing material forms a double absorbing layer, thereby suppressing radar waves.

    But in this way, the maintenance of the next generation of combat aircraft will not only become a nightmare for ground operators, but the maintenance costs after equipment will also become a heavy financial burden for the army. More importantly, it will seriously affect the performance of the next generation of combat aircraft.  Attendance rate and battlefield adaptability range.

    Because the absorbing coating is more delicate than a newborn baby, you might say, but it¡¯s not much different.

    ?????????????????????????????????????????????????????????????????????????????????????

    It is simply faster than the hair loss caused by the 996 Fu Bao social animals.

    Once you encounter this problem, you don't just spray it with the original car paint like a car touch-up. If it doesn't work, just apply a layer of putty.

    You must know that it is a coating that can absorb radar waves. It is absolutely high-tech. Isn¡¯t it too shameless to be so simple?

    So forget about touch-up paint. There must be no trace of the absorbing coating left on the entire machine inside and out. It must be completely removed and then re-applied inside and out.

    And this is just a small aspect of the delicateness of the absorbing coating. Similar to the fact that maintenance personnel need to wear special shoe covers and gloves when boarding a plane, the hangar can only maintain 22 degrees Celsius, and the maintenance time is so long that it can make people collapse, etc.  Countless.

    And all of this is accompanied by ultra-high investment costs and inefficient task execution capabilities.

    For example, for the American B-2 bomber, for every hour of flight, maintenance time is nearly a thousand hours, of which absorbing materials account for most of it.

    The f-22 is slightly better than the b-2, but there is no fundamental improvement. It is estimated that there will be a breakthrough when the yf-35 comes out. The problem is that this aircraft is not known to be available in the year of the monkey.

    The shortcoming is that the United States is rich and powerful and its economic power ranks first in the world, so it can afford to support these gold-eating beasts. However, Americans do not dare to bear too much.

    Only 21 B-2s have been purchased, and the F-22 has just been mass-produced, but there are already rumors that the US military will not have too much equipment.

    The domestic economic capacity is simply not as good as that of the United States, and the funding level of the military is even worse than that of the US military.

    Even if you want to build high-level maintenance facilities, you are still unable to do so.

    Therefore, we can only rely on the existing maintenance system as much as possible to protect the next generation of combat aircraft. This is a realistic response.

      In addition, the biggest application scenario of the next generation of combat aircraft may be the military struggle along the southeast coast.

    However, the environment in the entire southeastern coastal area is high in salt and humidity, which is inherently unfriendly to stealth materials such as absorbing coatings.

    "If you perform a mission, you will have to scrape off all the coating on the fuselage and start over again. Not to mention the cost, but this delay may not be something the troops can afford.

    After all, the next generation combat aircraft is in accordance with the requirements of the headquarters, but it is the stepping stone and pawn of the future offensive force. It must be pushed up at the first order and must not stretch the hips.

    Because of this, in addition to the common international indicators, the headquarters¡¯ requirements for the next generation of combat aircraft also focus on adding a traditional skill of our military, that is, solid skin.

    That is to say: it can continue to perform high-intensity continuous operations under harsh conditions and the stealth coating peels off without fundamentally affecting the radar stealth effect of the entire aircraft.

    Based on the stringent requirements given by the headquarters, Ascendas Group has developed a new hybrid fiber material that can absorb radar waves while combining the carbon fiber specular reflection radar stealth technology that has been studied for many years.

    It is made of T800 grade carbon fiber, aramid fiber in honeycomb structure and high-strength glass fiber.

    Tengfei Group used this mixed fiber composite material and years of fiber weaving technology to develop a special composite material that has both wave absorption and mirror emission stealth.

    t¡ªnb4800

    At present, this special composite material has completed preliminary sample trial production and is undergoing intensive experimental testing at relevant research institutions.

    This kind of super stealth technology, which can save the troops a lot of money and allow the next generation of combat aircraft to have wider adaptability and availability, is regarded as a treasure by the headquarters, let alone used in missiles.  Think about it, the relevant chiefs at the headquarters will be worried about you.

    Therefore, even if you want to use Ascendas Group's DZB-1500 cruise missile, you can't use it, and you can only use the t-nb4800 castrated version t-nb3800 to prop up the facade.

    Because of this, by removing the mirror emission weaving technology and retaining only a hybrid composite material composed of T800-level carbon fiber, aramid fiber in a honeycomb structure, and high-strength glass fiber, the stealth capability is naturally not as powerful and sturdy as the T-NB4800.  But the advantage is that the missile is small in size and the radar signal is weak, so the overall stealth effect is not much worse.

    not to mention¡­¡­

    "Liu Xiaolin can't even catch our missiles, let alone the platform. Lao Tian, ??I won't be polite if you have these two boxes of Maotai!"

    After introducing the missile¡¯s stealth materials, Tian Jun didn¡¯t know which one was wrong. He insisted on taking a gamble with Zhuang Jianye, but Zhuang Jianye could still be polite and directly ask for two boxes of Maotai, which was not a big discount.

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