The product of the high-temperature alloy powder is created by employing a sprayed high-temperature alloy powder, hot isostatic pressing or hot isostatic pressing so shaping production. metallurgy method, thanks to the fine powder particles, quick cooling, uniform composition, no macrosegregation, fine grain, smart thermal process performance, high metal utilization rate, low cost, particularly the yield strength and fatigue properties of the alloy. a giant increase.
FGH95 metallurgy superalloy, 650 ° C strength 1500MPa; 1034MPa stress below the long lifetime of over fifty hours, is presently the very best strength level of 650 ° C operating conditions of a disk metallurgy superalloy. metallurgy superalloys will meet the wants of engines with higher stress levels and area unit the fabric of selection for high-temperature elements appreciate engine rotary engine discs, mechanical device discs and rotary engine baffles.