project it is possible to enhance the specifications of the alloy by simply modifying the production process for example single crystal equiaxial process and many others thereof in order to enhance mechanical properties the production of the invention in its microfused single crystal form is preferable fig2 is a graph which shows the resistance against oxidation evaluated measuring the weight variation per area unit g cm 2 based on the number of cycles performed in a set of cyclical oxidation tests on several alloys each one of these cycles involves a heating up to 1250 u00b0 c for 1 hour and a cool down at room temperature for 15 minutes in detail line 2 a shows the weight variation per area of the ni29 alloy obtained through dust metallurgy and having 0 of y 2 o 3 a second line 2 b regards the alloy ni29 obtained through dust metallurgy and having 5 of y2o3 a third line 2 c regards the commercial cmsx10 u00ae a fourth line 2 d regards the commercial alloy pm2000 a fifth line 2 e regards the commercial alloy ma6000 a sixth line 2 f regards alloy ni20 containing 2 in volume of y 2 o 3 from this graph it is possible to see how alloys created following the procedure implemented by the invention show a resistance against oxidation which is higher than the one of commercial alloys for high temperatures exception made for alloy.