Chinese scientists may have discovered a cheap way to counter billion-dollar US weapon
Chinese researchers say their industrial resin mixture has enough heat resistance to protect ballistic missiles from laser attacks
Chinese scientists may have discovered a cheap way to counter billion-dollar US weapon
New Age – New Road

Chinese scientists may have discovered a cheap way to counter billion-dollar US weapon

Illustration (Photo: AFP)
Eurasia 19/06/2023 07:00

Chinese researchers say their industrial resin mixture has enough heat resistance to protect ballistic missiles from laser attacks, South China Morning Post reported.

Scientists in China who have been experimenting with materials to protect drones and missiles from laser attacks say they have discovered a surprising potential solution – adhesive. An experiment showed that samples coated with a material made from a common low-cost resin remained intact after being blasted by a weapons-grade laser beam for 15 seconds with a power density of 500 watts per sq cm. This is far more intense that what is required to destroy an unprotected ballistic missile, according to South China Morning Post. 

The newest, most powerful laser currently available to the US military generates a 300-kilowatt beam. Megawatt-power laser systems do not yet exist but are under development, the site noted. The rapid development of hypersonic weapon programmes in China and Russia made laser weapons a top priority for the US military, said Admiral Michael Gilday, the chief of US naval operations.

The US Department of Defence reportedly spends US$1 billion a year on laser weapon development. The technology is seen as a promising countermeasure against hypersonic weapons because a focused laser beam travels at the speed of light.
AFP
In their experiment, the scientists applied a coating mostly made of boron phenolic resin (BPR), a composite material widely used in hot and high-stress environments. China is the world’s largest manufacturer of BPR, where one factory can produce hundreds of thousands of tonnes of BPR annually. The resin is also inexpensive. According to Chinese industrial data the average price of the BPR has dropped to as low as 7 yuan (US$1) per kg in recent years.

BPR is already used on many missiles and high-speed drones as a heat protection layer, but a laser energy beam – focused and intense enough – could burn a hole through a traditional BPR coating in just a few seconds – until now. The researcher team working on the project has made few modifications on the mixture to solve the problem. The result was a new composite tested under the codename “BPR-1”, SCMP added. 



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