Wood does not give concrete and steel when it comes to future building materials. This is because the breakthrough in Lumberland, based in Maryland, could soon be challenged as a leader.
Inventwood product is not your grandfather’s double four. The Superwood has 10 times more from strength to weight steel and is six times lighter.
In addition, it is on the company’s website of fire, rot, rot, and pests and pests for which the production process is 90% cleaner than steel-all, mimics the appearance and sensation of regular wood.
“Superwood shows what is possible when we combine the most developed natural structure with revolutionary science,” Alex Lau, CEO of Inventwood, said in an interesting engineering report.
It all starts with transformation of molecular level.
Superwood is made by removing specific “components” at the wood cell level. Experts “use” molecular invention “for safe food chemicals.
The wood is compressed, the density is increased by four coefficients and creates hydrogen bonds between cellulose fibers. It is part of how the material becomes stronger and rot resistant.
Finishing procedures can provide customized design styles, added inventwood.
Environmentalist and businessman Paul Hawken said the product could shape the future of global construction.
It is “an extraordinary breakthrough that exalts the genius of the natural world,” he said.
The company has secured $ 15 million at the funding phase and is planning to start transporting products from Frederick by September.
The total collection of its funds has reached $ 50 million in private and government sources. The innovations began with research completed by Liangbing HU, a professor at the University of Maryland, as IE noted.
The University had previously submitted headlines for genetic wood modifications that make stronger construction use.
Elsewhere, experts at the University of Michigan Cooperate with wood and resin layers to form stronger materials. Some architects even predict that wooden skyscrapers will quickly become more common as safe and sustainable alternatives to dirty concrete and steel towers.
According to the United Nations, the construction and construction sector accounts for 37% of the world’s heat retention air pollution. These toxins are associated with an increased risk of harsh weather conditions, which even affect insurance premiums and insurance.