Abrasive tool for processing components made from chrome-nickel steels and alloys

Abstract

The technology of obtaining an abrasive tool on a ceramic bond for surfacing components made of chrome-nickel steels and alloys including the composition of the abrasive mass with wood flour, and the process of tool impregnation with an aqueous solution of chrome diiodide are considered. The comparison results on the efficiency of grindstones made according to the developed technology with their redress life between two consecutive shapings, and the performance quality indices of the processed component surfaces are presented. An empirical dependence of the efficient grindstone life between two consecutive shapings on the component speed, length feed, infeed movement, and the chrome diiodide saturation in the impregnated grindstone, is obtained. It can be used by production managers to optimize the modes of surfacing components from chrome-nickel steels and alloys providing the required performance quality indices. The mechanism of loss of function of the grindstone impregnated with chrome diiodide is considered.

Bases of Increasing Operational Characteristics of the Equipment for Cement Production

“…For example, figure 1 shows one of the proposed designs of a rotary kiln with a horizontal axis of rotation of the screw body, the novelty of which is confirmed by patents of the Russian Federation for inventions [2][3][4][5][6][7][8][9][10]. Therefore, the development of technology for the manufacture of screw bodies and optimization of their design parameters is a timely, relevant task and allows planning and implementing an innovative way of cement production development, reducing energy costs, improving technical and economic indicators [10][11][12][13][14][15][16][17][18][19][20][21][22][23].…”

Investigation of the Movement of Cement Clinker Particles in the Screw Body of a Rotary Kiln for Its Making

“…The consequence of this is: significant energy costs due to the large size, limited technological capabilities, complexity of operation and a large mass of rotary kilns. To eliminate these shortcomings, technologies and equipment based on screw bodies with a horizontal axis of rotation are proposed, which allows outlining and implementing an innovative way of development of cement production, reducing energy costs, improving technical and economic indicators [10][11][12][13][14][15][16][17][18][19][20][21][22].…”