On March 13th, according to the MIT annual plan for industrial technology cooperation, Mr. Mark Beals, deputy director of the MIT Materials Processing Research Center, visited Jiangsu and held a new material technology release in Nanjing. Exchange. Around the development of new materials under nanostructures, Mr. Beers introduced the latest research trends and achievements of many well-known MIT professors in the field of materials frontiers. Representatives of nearly 40 companies from Jiangsu Province and experts from Nanjing University and the Chinese Academy of Sciences Nano-Institute participated in the exchange activities.

From March 13th to March 17th, Mr. Beers visited Nanjing, Zhenjiang, and Xuzhou successively to conduct on-the-spot visits to related companies and the State Key Laboratory of Materials Chemical Engineering of Nanjing University of Technology. In Xugong Group, Jiangsu Hengshen Fiber Material Co., Ltd., Sinoma Science and Technology Co., Ltd., and Nanjing Beilida New Material System Engineering Co., Ltd., they learned about the company's production and R&D status and the cooperation requirements in the material field. Targeted MIT related R&D achievements and clues for cooperation. Before the Nanjing Technology Exchange, Mr. Beers also conducted technical release and corporate research visits in Wuxi.

Since the signing of the industrial technology cooperation agreement between Jiangsu and the Massachusetts Institute of Technology in 2013, MIT has used MIT to open relevant resources and related convenience channels opened by its partners. Nearly 30 Jiangsu companies and MIT experts and professors in related fields have conducted exchanges and cooperation discussions. A group of cooperation intention projects. This time, Mr. Beers was invited to visit and focus on the material field to promote mutual understanding and clarify the key cooperation. He will further promote the in-depth exchanges and project cooperation between the provincial enterprises and MIT professors, especially in new materials, such as nano-coating technology, new-type Synthetic materials.

The MIT Materials Processing Research Center (MPC) is the industry cooperation platform for the material industry of the school. It organizes and combines research resources related to MIT's materials technology and promotes cooperation projects between industry, universities and research institutes. It involves MIT's nearly 50 materials field professors' cooperation projects. His research fields include electronic materials, energy-related materials, polymer materials, nanomaterials, metal alloy materials, and material bonding technologies.

Mayonnaise Machine

Work Principle:

The machine is fixed by different geometry, the relative rotation of the rotor under high speed rotation, when the material under the weight, air pressure and centrifugal force through adjustable stator clearance, subject to strong shear , Friction, impact force, high-frequency vibration and other complex forces, are effectively broken, dispersed emulsification and mixing, resulting in the ideal product.

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