Based on the patented technology of Harbin Institute of Technology's Institute of Metal Composite Materials and Engineering, it allocates social capital to achieve large-scale operations, and is committed to the development, production, and application of metal-based composite materials and their products. The industrial layout consists of a research core, a pilot base and an industrialization base. Among them, the core of scientific research is mainly the core scientific research team of Harbin Institute of Technology Metal Composites and Engineering Research Institute; the construction of the pilot base is undertaken by Harbin Xiangke New Materials Co., Ltd .;
HEBX New Material Co., Ltd. was established on September 26, 2011 with a registered capital of 80 million yuan.
The leader of the team, Professor Wu Gaohui, is committed to the research and development of metal matrix composites for more than 30 years. He is a well-known scholar in the field of metal matrix composites at home and abroad. He is currently the director of the Institute of Metal Composites and Engineering, School of Materials, Harbin Institute of Technology. Currently the team has 5 doctoral supervisors, 15 professors, associate professors, senior engineers, lecturers, and 4 doctors. It has authorized 54 national invention patents and published more than 280 papers. He won one National Technology Invention Award, one National Science and Technology Progress Special Award (cooperation), two national defense science and technology progress first prizes, and two second and third prizes.
The team has always adhered to the work ethic of “serving the needs of the country”, developed new research content closely around national defense and national economic development, and has long been devoted to the research of high-quality preparation technology of metal matrix composite materials, breaking through the low cost of metal matrix composite materials The core technology of high-quality preparation provides technical support for the development of metal-based composite materials. At present, aluminum, magnesium, copper and other substrates can be combined with various ceramics, carbon fibers, metal oxides, and metal carbides. Successfully designed, More than twenty practical metal-based composite materials have been prepared. Since the National Ninth Five-Year Plan, more than 70 research and production tasks have been completed for various metal-based composite materials. More than a dozen metal-based composite materials have been developed for more than a dozen national defense equipment.
Main business: metal-based composite materials; composite material processing; non-destructive testing of composite materials; development of new materials and technical consulting.
Products:
1. Optical grade SiC / Al composite material;
2. Instrument grade SiC / Al composite material;
3. Electronic packaging composite materials;
4. Carbon fiber reinforced aluminum composite material;
5. Self-lubricating composite materials;
6. High thermal conductivity composite material;
7. Impact energy-absorbing composite material.