Improved abradable coating and its production.

A METHOD FOR MAKING A MATERIAL WHICH INCLUDES FEEDING A FILLING INSIDE A COMBUSTION GAS CURRENT AT HIGH TEMPERATURE TO GIVE THE FILLING IN THE COMBUSTION GASES; ATOMIZING A FUSED METAL WITH THE GAS CURRENT IN COMBUSTION AT HIGH TEMPERATURE, BEING THE ENTRYED FILLING SO THAT THE ATOMIZED Fused METAL IS ADDED THROUGH THE CURRENT WITH THE PULVERIZED FILLING; DIRECTING THE GAS CURRENT IN COMBUSTION AT HIGH TEMPERATURE IN A WAY THAT THE ADDED FILLING AND Fused METAL ATOMIZED ARE DIRECTED TOWARDS AN OBJECTIVE; THE FILLING AND THE ATOMIZED METAL ENTERED IN THE COMBUSTION GAS CURRENT AT HIGH TEMPERATURE FORM A DEPOSIT ON THE OBJECTIVE, THE DEPOSIT INCLUDES A MATERIAL THAT HAS A METAL MATRIX IN WHICH THE FILLING IS INCRUSED. FIGURE 1.