Foshan University Team Reports Low-Cost Stealth Coating Composite
Researchers at Foshan University in China have reported the development of a low-cost microwave-absorbing composite. This new material, made from expanded graphite and titanium dioxide, could enable large-scale industrial production of stealth coatings. Traditionally, radar-absorbing materials are expensive and used in high-end military platforms like stealth fighters and cruise missiles. This development could significantly reduce costs and potentially expand the application of stealth technology.
A team of researchers from Foshan University in China has reported the creation of a new low-cost microwave-absorbing composite. This material is composed of expanded graphite and titanium dioxide, offering a more economical alternative to conventional stealth technologies.
Stealth coatings, which are radar-absorbing materials, have historically been associated with high-cost military applications. These include advanced platforms such as stealth fighters and cruise missiles, where performance often justifies significant expense.
The development by the Foshan University team suggests a potential shift towards large-scale industrial production of such coatings in China. This move could lead to a substantial reduction in the price of these specialized materials, potentially making stealth technology more accessible.
The findings were detailed in a peer-reviewed paper published in an academic journal.
(Source: South China Morning Post)
