60 Kg Per Hour Nano Size Dry Metal Powder Grinding Machine For Sale

It is a machine that works with Ultrasonic + Titanium balls that can bring hard objects and desired metals to Nano size. The product can be placed and retrieved manually. Automatic filling and unloading units of the product are subject to an extra charge. 60 kg metal product processing time minimum 120 min. maximum 240 min. (It varies depending on the hardness and internal structure of the product. For metals.) The price of the machine that brings natural stones to nano size is different. The price will be given privately. For wet grinding, please contact us. Note: The dimensions of the products that will enter the machine should be maximum 5 mm. Smaller sizes will produce faster. NOTE ; It does not apply to all metals. We recommend that you call in advance and get information. Nanoparticles are defined as powders of 100 nm and smaller sizes, and these particles form the basis of nanotechnology. The unusual properties possessed by nanostructures were predicted long ago. Understanding the behavior of nanoparticles in biological systems is essential for the development of safe nanotechnology, especially medical treatment methods. Today, countries around the world are making significant investments in the field of nanotechnology. However, the superior qualities of nanometer-sized materials allow them to be widely used in different researches (textile, biotechnology, pharmacy, medical, defense industry, materials, manufacturing sector, agriculture, etc.). In addition to benefiting from nanotechnology in more areas, this situation enables the design of revolutionary different and various products based on nanotechnology. Despite the growing literature on nanotechnology and its clinical applications in recent years, the mechanisms of interaction between nanoparticles and cells at the molecular level are not fully understood. The production of nanoparticles constitutes the first step in the planned innovations in nanotechnology; these particles can be produced by a wide range of physical, chemical and biological methods. In this study, after mentioning the concept of nanotechnology and its history, the production and effects of nanoparticles based on biological methods were examined in detail.