پست الکترونیک: info@cjmetals.com.cn
202021 · Fig. 1 shows the XRD patterns for the surface and different depths (100 μm, 200 μm and 350 μm) of Ti-10-2-3 specimens with solution treatment in vacuum. The
contact202048 · Titanium 10-2-3 is a near-beta alloy developed primarily for high-strength applications in the 180 KSI (1241 MPa) UTS range, in order to provide weight savings
contactAbout 10-2-3 Titanium Alloy. 10-2-3 Titanium Alloy, or Ti-10V-2Fe-3Al, is a high-strength titanium-based forging alloy consisting of 10% vanadium, 3% aluminum, and 2% iron
contactIt was designed on the basis of the alloy VT 22 but for improved processability and performances as compared to both VT 22 and Ti−10−2−3. Its microstructure consists of 10–20 vol.% globular primary α in a matrix of aged β in the STA condition (similar to the STA microstructure shown in Fig. 7.31 for Ti−10−2−3).
contactTitanium 10-2-3 is a near-beta alloy developed primarily for high-strength applications in the 180 KSI (1241 MPa) UTS range, in order to provide weight savings over steels used in airframe forging applications.
contact201023 · ： ：86- ：(+86)018 ： ：
contact202211 · 3.1. Fine grain Ti-alloys. One of the greatest challenges in AM Ti-alloys is the exclusive coarse columnar grains formed during solidification. As mentioned above,
contact202323 · Ti 10-2-3 alloy application. Ti-1023 alloy has been widely used in aerospace industry because of its excellent strength, toughness and high cycle fatigue performance. Meanwhile, the Ti-1023 alloy can also be used in the automotive industry for various joints and transmission devices which require higher strength.
contact2021315 · But, this is the first report of natural aging in Ti-10-2-3 and its effects on tensile properties. We also highlight the substantial potential of ω phase strengthening together with TRIP. As such, understanding aging of the ω phase more generally will prove crucial for designing the long-term stability of parts manufactured from β-Ti alloys.
contact202021 · Fig. 1 shows the XRD patterns for the surface and different depths (100 μm, 200 μm and 350 μm) of Ti-10-2-3 specimens with solution treatment in vacuum. The surface region is composed of dominant β phase and a few α″ phase, and the volume fraction of α″ phase increases significantly with increasing corrosion depths from surface to 100 μm,
contact20221025 · For example, Fig. 2 shows a light optical micrograph of the metastable β-Ti alloy Ti-10V-2Fe-3Al (wt%) (Ti-10-2-3) after laser track melting and solidification, simulating AM.
contactTi-10V-2Fe-3Al (also known as 10-2-3 Titanium) is a near-beta (β) titanium alloy, in which the combination of high strength and high toughness is superior to any other commercial titanium alloy. A wide range of strengths and corresponding toughness is achievable through appropriate selection of forging parameters and heat treatment. This alloy is used in
contactTitanium 10-2-3 is a near-beta alloy developed primarily for high-strength applications in the 180 KSI (1241 MPa) UTS range, in order to provide weight savings over steels used in airframe forging applications.
contact202323 · Ti 10-2-3 alloy application. Ti-1023 alloy has been widely used in aerospace industry because of its excellent strength, toughness and high cycle fatigue performance. Meanwhile, the Ti-1023 alloy can also be
contact202334 · We can produce the Ti 10-2-3 has the following specifications: Round bar steel: 1mm to 3000mm. Square-shape steel: 1mm to 2000mm. Plate steel: 0.1mm to 2500mm. Width: 10mm to 2500mm. Lenth: We can supply any lenth based on the customer's requirement.
contact2020914 · The successful joining of carbon fiber-reinforced aluminum matrix (Cf/Al) composites and TC4 alloy can produce composite structure and meet the demands of lightweight in aerospace field. Up to now, few experimental researches have been reported on the joining of Cf/Al composites and TC4 alloy. In this study, the AgCu foils and
contactTi-10V-2Fe-3Al (also known as 10-2-3 Titanium) is a near-beta (β) titanium alloy, in which the combination of high strength and high toughness is superior to any other commercial titanium alloy. A wide range of strengths and corresponding toughness is achievable through appropriate selection of forging parameters and heat treatment. This alloy is used in
contact2018824 · TIMETAL3-2.5 550 650 15 105-120 50 2.5t 4.51 TIMETAL367 800* 900* 10* 105-120 55-60 – 4.52 1015 TIMETAL10-2-3 Aged Billet/Bar 1170 1260 10 107 75 4.65 800 Aged Billet/Bar 1070 1170 12 108 75 Aged Billet/Bar 970 1040 15 103 75 TIMETAL550 ST 930 1080 12 110-120 50-60 – 4.60 975 STA 1070 1200 14 TIMETAL551 <25mm
contact[2,3]. The alloy Ti-6Al-4V, due to its biocompatibility ... Ti-10-2-3 Ti-10V-2Fe-3Al300-470-00 Ti-15-3 Ti-15V-3Cr-3Al-3Sn300-45-- Table 4. Properties ...
contact2013121 · Ti-10-2-3 Ti-10V-2Fe-3Al 300-470 - 800 Ti-15-3 Ti-15V-3Cr-3Al-3Sn 300-450 800-1000 800-1100 80-100 760 Table 4. Properties of titanium and its alloys. T t7VeRecRBdfdeVAaVcRefcV3NHtNZV]UdecVBXeY3IHtIVBdZ]VdecVBXeY3Et:]RdeZTACUf]fd&
contact202323 · Ti 10-2-3 alloy application. Ti-1023 alloy has been widely used in aerospace industry because of its excellent strength, toughness and high cycle fatigue performance. Meanwhile, the Ti-1023 alloy can also be
contact2018414 · of the Ti-10-2-3 alloy in its high strength condition. The use of a titanium alloy at the 1242-1380 MPa (180-200 ksi) strength level could cIDmpete with. high strength steels and Ti-6-4 alloy for aerospace applications. Although the early results of the forgings obtained from laboratory scale ingots
contact200355 · Chemical Formula: Ti 10 V 2 Fe 3 Al. Background: T his near beta alloy was developed primarily for high strength applications in the 1241 MPa (180ksi) UTS range, in order to provide weight savings over steels in airframe forging operations.. The alloy also possesses the best hot die forgability of any commercial titanium alloy and is suitable for
contactCeramics and in particular combinations of ceramics and metals appear to offer many technical and economic advantages to design engineers, permitting products to be made with better wear resistance, higher service temperatures and so on, but if these aspirations are to be met it is usually necessary for the ceramic and the metal to form high integrity
contactTi-10V-2Fe-3Al (also known as 10-2-3 Titanium) is a near-beta (β) titanium alloy, in which the combination of high strength and high toughness is superior to any other commercial titanium alloy. A wide range of strengths and corresponding toughness is achievable through appropriate selection of forging parameters and heat treatment. This alloy is used in
contactTitanium 10-2-3 is a near-beta alloy developed primarily for high-strength applications in the 180 KSI (1241 MPa) UTS range, in order to provide weight savings over steels used in airframe forging applications.
contact20211019 · Ti-10-2-3 （Ti10V2Fe3Al ），Fe-Mo FeV[9]。Timetal LCB ，， ，Ti-10-2-3 ，Ti-6Al-4V78%。Moβ，
contact202323 · Ti 10-2-3 alloy application. Ti-1023 alloy has been widely used in aerospace industry because of its excellent strength, toughness and high cycle fatigue performance. Meanwhile, the Ti-1023 alloy can also be
contact2018123 · Refractory-based high entropy alloys (HEAs) of the 2nd-generation type are new intensively-studied materials with a high potential for structural high-temperature applications. This paper presents investigation results on microstructural evolution and phase formation in as-cast and subsequently heat-treated HEAs at various temperature
contact201023 · ： ：86- ：(+86)018 ： ：
contact2017101 · Abstract A duplex surface treatment consisting in depositing a Ti film followed by plasma nitriding was adopted to improve the wear resistance of 2024 Al alloys. Nano-grained Ti films were firstly deposited on the substrate surface by using magnetron ...
contact2023320 · For applications of aluminum where the smoothness or reflectivity of the aluminum matters, electropolishing is necessary to polish the aluminum surface sufficiently. This electropolishing is traditionally done with hazardous solutions in non-ideal conditions, such as low-temperature perchloric acid–ethanol mixtures. Here, we describe
contact