Ti2AlNb
Ti2AlNb
Ti₂AlNb alloy is an advanced titanium-based high-temperature structural material with high specific strength, good creep resistance, and excellent high-temperature stability. It maintains good mechanical properties within the temperature range of 600–750 °C and has broad application prospects in the aerospace field. Currently, this alloy is mainly used in key components such as medium-temperature load-bearing structural parts, guide structural parts, casings, and support components in aero engines, and has attracted particular attention in aerospace structural parts and high-temperature lightweight equipment.
High specific strength · Good creep resistance · Excellent high-temperature stability · Additive manufacturing
High specific strength · Good creep resistance · Excellent high-temperature stability · Additive manufacturing
Process Advantages
Process Advantages
High sphericity ≥90%: Plasma rotating electrode atomization technology, excellent sphericity, very few satellite particles, uniform and dense powder spreading
High sphericity ≥90%: Plasma rotating electrode atomization technology, excellent sphericity, very few satellite particles, uniform and dense powder spreading
Hollow rate ≤0.1%: Plasma rotating electrode atomization technology, very few hollow powders, dense and void-free formed parts
Hollow rate ≤0.1%: Plasma rotating electrode atomization technology, very few hollow powders, dense and void-free formed parts
Excellent corrosion resistance: Outstanding corrosion resistance in both oxidizing and non-oxidizing environments
Excellent corrosion resistance: Outstanding corrosion resistance in both oxidizing and non-oxidizing environments
Low oxygen and nitrogen content: oxygen content <500ppm, nitrogen content <40ppm, reducing the oxygen content of formed parts
Low oxygen and nitrogen content: oxygen content <500ppm, nitrogen content <40ppm, reducing the oxygen content of formed parts
Excellent mechanical properties: tensile strength ≥680 MPa, yield strength ≥550 MPa, elongation after fracture ≥8%, reduction of area ≥10%, good high-temperature strength and plasticity
Excellent mechanical properties: tensile strength ≥680 MPa, yield strength ≥550 MPa, elongation after fracture ≥8%, reduction of area ≥10%, good high-temperature strength and plasticity
Powder morphology
Powder morphology
SEM images of Ti2AlNb powder prepared by PREP at different particle sizes
SEM images of Ti2AlNb powder prepared by PREP at different particle sizes
Print Performance
Print Performance
PREP-prepared Ti2AlNb powder laser 3D printing image
PREP-prepared Ti2AlNb powder laser 3D printing image
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