HonWay Materials co., Ltd.

As humanity continues to challenge the limits of space exploration, fuel efficiency and payload capacity remain core problems in rocket design. The long-standing goal of scientists is to carry more scientific equipment and samples in limited space while ensuring flight safety. Recently, a research team from the State University of New York at Albany successfully synthesized a new high-energy material called Manganese Diboride (MnB2​). Its energy density significantly surpasses traditional aluminum-based propellants, creating a revolutionary opportunity for space flight and opening a new chapter for materials science and environmental technology.