Hot powder material, dope the ferrotitanium, based MXA chip D16, its structure and properties
Abstract
Hot powder material, dope the ferrotitanium, based MXA chip D16, its structure and properties
Incoming article date: 18.05.2016Considered hot-powder materials obtained by the joint mechano-chemical activation of chips D16 ferrotitanium powder in a medium saturated aqueous solution of boric acid with the addition of aluminum powder. The technology includes: mechanochemical activation composition; cold pressing; heating in air, and hot stamping. Investigated the mechanical properties and structure of the obtained hot-materials. Advanced technology allows to obtain a material with high values of strength and hardness.
Keywords: mechanochemical activation, milling, chips D16, ferrotitanium, hot-powder materials, agglomeration