Experimental studies of energy characteristics of mixer with deformable camera

Currently the development of new machine designs and methods of their engineering calculation is one of the most priority areas of construction industry. It allows one to carry out research at the stage of theoretical calculations in order to predict the expected result. One of the promising constructive solutions for economic profitability increase of mixing equipment is the use of deformable working chambers. The main feature of such working chamber is the ability to change its overall dimensions during its deformation, which allows obtaining a new mechanism of influence on the processed medium, using it as a working element. Thus, the main output parameter for any deformable working elements is the movement transferred to the particles of the materials being mixed. Output parameters that have a small effect on the value of particle displacement are the characteristics of the chamber such as the material (stiffness, elasticity in the presence of cording) and execution (shape, installation method, various design decisions). Various types of rubber can be used as the material for chamber making that depends on the required mixing conditions such as the degree, type and intensity of the chamber deformations, as well as the required quality of the final product. Simplicity of introducing mixers into existing technological lines should also be noted. That increases the economic efficiency for both large and small enterprises, focused on making a profit at minimal cost.