Lithium-Ionen-Batterien und Nanotechnologie -Lithium-Ionen-Batterieausrüstung
06 Jun 2022
Integrating nanotechnology into the lithium battery electrode material system to develop high energy density lithium battery materials for electric vehicles; the wear-resistant coating technology won the second prize of the National Science and Technology Progress Award; the development of environmentally friendly permanent polymer flame retardants... Reporter yesterday It was learned from Shandong University of Science and Technology that Shandong University of Science and Technology attaches great importance to the conversion of old and new kinetic energy and the integration of production and education, among which the material discipline is more focused and has achieved a series of technological achievements.
The School of Materials Science and Technology of Shandong University of Science and Technology studies the additive manufacturing technology and equipment of wear-resistant coatings, and the plasma surface metallurgical additive manufacturing equipment, and applies related technologies to the wear-resistant linings of dredgers and transfer pumps, and the wear-resistant linings of dredgers. Abrasive bucket teeth, oil pipelines, oil sucking pipes and many other products have achieved significant economic benefits. The anti-corrosion coating technology developed by the company won the second prize of the National Science and Technology Progress Award. With this technology, an "industry-university-research" base was established in Qingdao West Coast New Area.（Lithium - Ion Battery Equipment）
In response to the needs of electric vehicle battery materials, the research group has developed high-energy density lithium battery materials, integrated nanotechnology into the lithium battery electrode material system, and jointly established a research and development center with well-known enterprises in Daocheng. The research and development related technologies have been applied to electric vehicles. Lithium cathode material.
In addition, the School of Materials Science of Shanke University has developed environmentally friendly permanent polymer flame retardants in response to the huge demand for flame retardant materials in automotive sound insulation, engine compartment, fuel supply system, electrical equipment, batteries and automotive interiors. The environmentally friendly flame retardants developed are popularized and applied on fibers and special tarpaulins, and an industry-university-research base has been established.
The School of Materials Science and Technology of Shandong University of Science and Technology studies the additive manufacturing technology and equipment of wear-resistant coatings, and the plasma surface metallurgical additive manufacturing equipment, and applies related technologies to the wear-resistant linings of dredgers and transfer pumps, and the wear-resistant linings of dredgers. Abrasive bucket teeth, oil pipelines, oil sucking pipes and many other products have achieved significant economic benefits. The anti-corrosion coating technology developed by the company won the second prize of the National Science and Technology Progress Award. With this technology, an "industry-university-research" base was established in Qingdao West Coast New Area.（Lithium - Ion Battery Equipment）
In response to the needs of electric vehicle battery materials, the research group has developed high-energy density lithium battery materials, integrated nanotechnology into the lithium battery electrode material system, and jointly established a research and development center with well-known enterprises in Daocheng. The research and development related technologies have been applied to electric vehicles. Lithium cathode material.
In addition, the School of Materials Science of Shanke University has developed environmentally friendly permanent polymer flame retardants in response to the huge demand for flame retardant materials in automotive sound insulation, engine compartment, fuel supply system, electrical equipment, batteries and automotive interiors. The environmentally friendly flame retardants developed are popularized and applied on fibers and special tarpaulins, and an industry-university-research base has been established.
