Bead mills have developed rapidly in recent years. For the physical preparation of ordinary nanomaterials, most equipment manufacturers can meet the requirements, and principles and structures that can be provided are also relatively similar. There only have some differences in the maintenance cost of the equipment, production efficiency, and the degree of refinement of the finished product after grinding.

However, nanomaterials have been prepared, but how to exert the four major effects of it? Only mechanically or chemically prepared nanomaterials, but in application, these product often exist in the form of micron-level agglomeration, and the functionality cannot be fully utilized.
 
refore, Rucca Group has developed a series of equipment such as dispersers, high-shear dispersing emulsifiers, mixers, and inline dispersing system,etc, to improve the effective application of nanomaterials. The purpose is to solve the various difficulties of application due to interface effects, such as the agglomeration of nano-powders after drying, can not be solved by physical dispersal methods, but by chemical modification schemes. The Doctor of Organic Chemistry in Rucca's team is an expert in this field. The team needs a comprehensive application of physical and chemical means to effectively solve the problem of nanomaterials agglomeration. This is not only in the field of dry dispersion of nanomaterials, the high solid content, high viscosity mixing of nanomaterials, and the hybrid modification of organic and inorganic nanomaterials require similar solutions.