Shanghai New Materials Customer Cooperation Case

Shanghai Nalinke New Materials Technology Co., Ltd. is a high-tech enterprise with nanomaterial preparation, grinding and dispersion, and modified functional masterbatch as core technologies, and PET optical functional film material research and development as the basis, integrating functional masterbatch dispersion, polymerization, PET film biaxial stretching and online surface coating and other processes.

Nano new materials are a project of new nanomaterials created by directly arranging atoms and molecules through natural changes within a space of less than 100 nanometers. Nano new materials and this field are the starting point of modern power and modern technological innovation. The discovery of new laws and principles and the creation of new concepts provide new opportunities for basic science, which will become an important new driving force for reform in many fields.

The most significant characteristic of nanotechnology is its friction performance. In machinery, various bearings have friction, but the emergence of nanomaterials has made the size of various mechanical structures smaller. At the same time, for small parts, friction is particularly important. If the friction is relatively large, the parts will cause wear. However, nanotechnology has also overcome this problem. Now nanomaterials are almost frictionless. Use LTD Mechanical Nano-Grade Sand Mill to equip the medium to achieve medium grinding friction, so as to obtain nanomaterials.

Nanomaterials have changed or even overturned the operation of traditional modes in mechanical engineering, showing their strong scientific and technological content. However, in their application, we still have many aspects to be solved, such as how to accurately characterize the various fine structures of nanomaterials; how to analyze and explain the new properties of nanomaterials from a structural perspective; whether we can use certain standards to predict how large the micro-area size is reduced to, and the material will show special properties, etc. For these issues, we still need to conduct in-depth research so that nanotechnology can better serve the field of mechanical engineering.