A metal matrix ceramic composite wear part comprises a wearing portion formed by a ceramic cake impregnated by metal. The ceramic cake comprises ceramic grains comprising alumina, and gains of a carbide. The inclusion of carbide grains reduces wear. Preferably the alumina comprising grains comprise alumina, zirconia...

The present invention provides an improved wear resistant metal part. More particularly, the present invention provides an improved wear resistant metal part with mineral grains embedded therein on the wearing surface. The present invention also relates to a method for the manufacture of wear resistant metal parts b...

The present invention relates to a wear resistant metallic part  comprising a metallic body with one or more wearing surfaces  said wearing surfaces being provided with mineral grains comprising a eutectic mixture of zirconium oxide and aluminium oxide wherein Zirconia is 38 to 42 % and balance is Alumina and less t...

The present invention relates to a metal matrix ceramic composite (MMCC) with improved wear resistance comprising of ceramic form, wherein the ceramic form comprising a mixture of ceramic grains comprising alumina, at least one binder and carbon particles, wherein the said ceramic form is embedded in molten metal. T...

A tube mill is provided with liners (1) fastened to a shell (2). Tube mill is provided with an adaptor plate (5). The adaptor plate is provided with a first pattern of drilling holes (7) in a DIN pattern and a second pattern of drilling holes (6) in a non-DIN pattern. The adaptor plate is fastened to the shell via o...