The Planning and manufacturing of attritor

In the recent years, the interest to advanced powder metallurgy techniques methods. Were increased greatly. The reason for this increased interest is to eliminate the materials limitations due to applications and to obtain advanced materials. In making new alloys that cannot be obtainable coy classical melting techniques in protecting coating applications, development of corrosion resistant alloys and usage of materials that cannot be manufactured by machining the P/M techniques are used. After the production of attritor device grain size was decreased with respect to other systems, the service life of the device was increased, grinding time was decreased and energy costs were decreased. KEYWORDS :Attritor, Power Metallurgy, New Alloys