GH1016

GH1016 high-temperature alloy is a solid solution reinforced iron-based high-temperature alloy composed of elements such as nickel, molybdenum, and niobium, with a nickel content of about 35%. GH1016 high-temperature alloy has good hot and cold working performance, good strength and plasticity combination at various temperatures, and high thermal strength, good thermal fatigue and oxidation resistance; Its stamping, welding and other process performance is good.

Solid solution reinforced iron-based alloy. It has good oxidation resistance, plasticity, high thermal strength, and good thermal fatigue resistance. Its stamping, welding, and other processes are good. There is a phenomenon of aging in long-term use. Parts such as combustion chambers and afterburners for turbo engines operating below 950 ° C

 

This standard applies to deformed high-temperature alloys, cast high-temperature alloys (equiaxed crystal cast high-temperature alloys, directionally solidified columnar high-temperature alloys, and single crystal high-temperature alloys), high-temperature alloy wires for welding, powder metallurgy high-temperature alloys, dispersion strengthened high-temperature alloys, and intermetallic compound high-temperature materials.

GH1016 is suitable for general load-bearing components (excluding turbine blades) used in aerospace, aviation, gas turbines, and other industrial applications with a shared temperature range of 550-1000 ℃. It is also used for combustion chambers and afterburner components of turbine engines operating below 950 ℃.

 

Lork Group is an supplier of industrial metals to the global aerospace, oil and gas, power generation, petrochemical, bio-medical, pharmaceutical, and other high tech manufacturing industries. Products of premium metal products including Inconel alloys,Incoloy alloys,Monel alloys,Haynes alloys,Hastelloy alloy,stainless steel,China GH Seriesandother superalloy. We certify to most ASME, ASTM, AMS, and military specifications as well as most international standards certification.