DECREASE IN ABRASIVE WEAR OF ELEMENTS OF MILLS OF SHOCK AND INTEGRATED ACTION WITH USE OF SOLID BEZVOLFRAMOVY TIC-TINI ALLOYS

Abstract

In this work receiving composite materials on the basis of refractory connection – transitional alloy from a nikelid of the titan is considered. TiNi alloy has the high level of damping. Use of this binding material allows to increase significantly heat resistance, durability, plasticity and by that abrasive wear resistance the dezintegratornykh of installations in use beat. For conditions of road construction by the most suitable superthin crushing of mix as the most productive and less power- intensive process is. The izmelchitelnykh of installations is the advantage of this type their comparative compactness.

Keywords

• composite material
• heat resistance
• wear resistance
• dezintegratorny bila
• crushing