e-posta: info@cjmetals.com.cn
10 · 625 Plus UNS #N07716 With corrosion resistance similar to that of 625 and superior to 718, 625 Plus offers exceptional resistance to stress corrosion cracking as
contact2021211 · CarTech® Custom Age 625 PLUS® Alloy Page:5of14 Properties Physical Properties Density€ 0.3040 lb/in³ MeanSpecificHeat€ 0.1000 Btu/lb/°F MeanCTE
contactAlloy 625+ is a precipitation-hardenable alloy, with a nickel-base. Also sold under the brand name Carpenter Custom Age 625 Plus ® Alloy, Alloy 625+ offers users a number of
contactcorrosion resistant, age-hardenable alloys such as Carpenter’s Custom Age 625 PLUS alloy (l-5). Other age hardenable nickel-based alloys, such as alloys 718 and X-750, have
contactCustom Age 625 PLUS® alloy is a precipitation hardenable, nickel-base alloy which, in many environments, displays corrosion resistance similar to that of Alloy 625 and superior to
contact2020710 · Custom Age Custom Age 20Cb-3® CCM Alloys Custom Age MP35N1, 4 625 PLUS®1 and 625 PLUS1 and MP35N4 625 PLUS1 and Custom Age 625 PLUS1
contact201235 · CUSTOM AGE 625 PLUSo ALLOY R. B. Frank* and R. Grime5 *Carpenter Technology Corporation Reading, Pennsylvania 19612 Hi-Shear Corporation Torrance,
contact2023319 · The nickel-base alloys provide resistance to very severe environments. For example, Carpenter Technology Custom Age 625 PLUS® alloy (UNS N07716) can be
contact2 · 625 is a nonmagnetic, corrosion- and oxidation-resistant, nickel-base alloy. Its outstanding strength and toughness in the temperature range cryogenic to 2000°F
contactData provided by Carpenter Technology Corporation.Custom Age 625 PLUS® alloy is a precipitation hardenable, nickel-base alloy which, in many environments, displays
contactFigure 1 - Austenitic microstructure of Custom Age 625 PLUS alloy in the solution annealed and double aged condition viewed with bright field (left), dark field (center) and Nomarski differential ...
contact2022630 · Unlike Alloy 625, solution annealed Alloy 625 PLUS can be age-hardened to achieve hardness up to about 50 HRC [].The inherent solid-solution nature of Alloy 625 limits its hardness below about 100 HRB [9, 10], which can only be increased further by prolonged aging, as noted in Chap. 4, or by cold or warm working.Cold working can
contact2020109 · Micro-Melt® T15 Plus CUTTING BLADE CTS® 40A S44002 CTS® 204P CTS® BD1N CTS® BDZ1 CTS® XHP Carpenter Acube® 100, Custom Age 625 Plus®, Custom Age 725®, Free-Cut Invar “36”®, High Permeability “49”®, HyMu “80”®, Invar “36”®, and Low Expansion “42”®,
contactThe solidification behavior of Custom Age 625 PLUS{reg sign} is examined using an integrated analytical approach. Like its predecessors, Alloys 625 and 718, the solidification behavior of this new alloy is dominated by the presence and segregation of Nb, which gives rise to a {gamma}/Laves terminal solidification constituent. 8 refs., 5 figs ...
contact201235 · The solidification behavior of Custom Age 625 PLUS@ is examined using an integrated analytical approach. Like its predecessors, Alloys 625 and 7 18, the solidification behavior of ... will describe the solidification behavior of the new wrought alloy, Carpenter Custom Age 625 PLUS@, and compare it with previously reported data on
contact20191130 · Precipitation Behavior of Ni-Based Superalloy Alloy 625 for A-USC Power Plants. The age-hardening behavior of the wrought Ni-based superalloy Alloy 625 was investigated in the temperature range between 923 and 1 173 K for the application to advanced ultra-supercritical (A-USC)….
contactThe fusion zone weldability of a new alloy Inconel725 T”1. is presented and compared to Alloys 7 18,625 and Carpenter Custom Age 625 PlusTM*. Of these alloys, Inconel725 and Alloy 718 are most prone to solidification cracking during autogenous gas tungsten arc (GTA) welding as characterized by the Varestraint test. Each alloy typically forms a
contactIn this study, grain boundary engineering was applied to improve resistance to hydrogen embrittlement in Custom Age 625 PLUS®, an alloy frequently used in corrosive environments where hydrogen ...
contactAll alloys of this type begin solidification with the formation of Nb-lean austenitic dendrites. Interdendritic eutectic-type solidification constituents involving MC-type carbides and a Nb-rich Laves phase occur in these alloys. The ..gamma../Laves eutectic constituent terminates solidification in these alloys. Nb is the dominant element in the…
contactThis age-harden alloy offers outstanding corrosion-resistance and exhibits characteristics that make it easy to work with for fabrication purposes. Other key properties of Nickel Alloy 718 and Inconel 7l8 are: Offers a wide temperature range -423°F (-253°C) to 1300°F (705°C) Outstanding tensile, fatigue, creep, and rupture strength.
contactCarpenter Custom Age 625 PLUS® Nickel-Base Alloy, Cold Drawn 37.5%; Carpenter Custom Age 625 PLUS® Nickel-Base Alloy, Cold Drawn 37.5% Plus Aging 649°C (1200°F)/4hr/FC to 579°C/4hr/AC; Carpenter Custom Age 625 PLUS® Nickel-Base Alloy, Double Aged 718°C (1325°F)/8hr/AC to 621°C (1150°F)/8hr/AC
contact20131010 · MP35N(2), Alloy 2 (AMS 5842)(3), MP35N LTi 30 General structure BioDur Carpenter CCM®, BioDur CCM Plus® alloy 30 General structure. Note: Fresh sample needed. Should prepare one sample at a time. Use of Differential Interference Contrast (DIC) would help. Pyromet 625/Custom Age 625 PLUS® 26, 18, 19 General
contact201235 · The solidification behavior of Custom Age 625 PLUS@ is examined using an integrated analytical approach. Like its predecessors, Alloys 625 and 7 18, the solidification behavior of ... will describe the solidification behavior of the new wrought alloy, Carpenter Custom Age 625 PLUS@, and compare it with previously reported data on
contact201235 · ALTERNATIVE TO ALLOY 625 Richard B. Frank Carpenter Technology Corporation P.O. Box 14662 Reading, Pennsylvania 19612 Abstract Highly-corrosion-resistant, age-hardenable alloys are needed in severely- corrosive environments such as those encountered in deep sour-gas wells. ... Custom Age 625 PLUS alloy was
contactDownload scientific diagram | Partially recrystallized grain structure of as-forged Custom Age 625 PLUS revealing a " necklace " type duplex grain structure after etching with a) the " 15-10-10 ...
contact201235 · C, except for Custom Age 625 PLUS alloy where 950 was the lowest temperature. The strain rates were 0.001, 0.01, 0.05, 0.1, 0.5, 1, 5, and 20 s-l. The specimens were compressed to a true strain of 0.8 for Custom Age 625 PLUS alloy and Pyromet 625 alloy, and 0.6 for the Nickelvac 625 alloy.
contactNickel & High Temp Alloys. Nickel Alloy Grades. Nickel Alloy 800H, Incoloy® 800H; Nickel Alloy 405, Monel® R-405; Nickel Alloy 625+, Carpenter Custom Age 625 Plus® Alloy; Nickel Alloy 925, Inconel® 925; Nickel Alloy X-750, Inconel® X-750; Nickel Alloy X, Hastelloy® X; Nickel Alloy L-605, Cobalt® L-605, Haynes® 25; Nickel Alloy K-500 ...
contact199411 · PDF | On Jan 1, 1994, G.F.V. Voort and others published Microstructural Characterization of Custom Age 625 Plus Alloy | Find, read and cite all the research you need on ResearchGate
contactMicro-Melt® 440C Alloy Carpenter CTS B52 Alloy Carpenter CTS B75 Alloy Carpenter CTS B90 Alloy VIM-VAR M50 Bearing Steel ACUBE® 100 Alloy. High-Strength Alloy Steels. Custom Age 625 Plus® Alloy Custom 630 (17Cr-4Ni) Stainless Custom 455® Stainless Custom 450® Stainless No. 882 Alloy Pyromet® Alloy 41 Waspaloy (Super Waspaloy)
contact202177 · 625 alloy HAYNES® 625 alloy INCONEL® alloy 625 VDM® alloy 625 Alloy 625 ATI 625™ alloy MA625 DSALOY 625 NAS 625 ... Custom Age 725 alloy INCONEL® alloy 725 NiFeCr Ni-27.5Fe-20Cr-3.8Al - HAYNES® HR-224® alloy NiFeCr ...
contactMetallographic procedures and microstructural characterization results for Carpenter’s Custom Age 625 PLUS@ alloy, an age-hardenable, highly corrosion resistant Ni-base alloy, are presented. Characterization was performed by light and electron microscopy techniques as a function of solution annealing and aging temperatures and times. The extremely
contact2013815 · The authors discuss the welding metallurgy (solidification behavior, mechanical properties of weld metal, and susceptibility to fusion zone hot cracking) of Carpenter Custom Age 625 PLUS alloy. This alloy solidifies to a nickel austenitic matrix with the formation of a Nb-rich {gamma}/Laves terminal solidification constituent.
contact20191130 · In Alloy 625 Plus, the δ, γ, M 23 C 6 carbide, and γ′ phases are stable at 650 °C. An increase in the concentration ratio of (Al + Ti) to Nb has been shown to promote the formation of γ′ phase in Alloy 718 [23,24]. Hence, the higher (Al + Ti)/Nb ratio in Alloy 625 Plus (0.9) compared to Alloy 625 (0.3) may stabilize the γ′ phase.
contactCustom Age 625 PLUS® alloy is a precipitation hardenable, nickel-base alloy which, in many environments, displays corrosion resistance similar to that of Alloy 625 and superior to that of Alloy 718. A yield strength (0.2% offset) above 120 ksi (827 MPa) can be obtained by aging without prior warm or cold working.
contactThe authors discuss the welding metallurgy (solidification behavior, mechanical properties of weld metal, and susceptibility to fusion zone hot cracking) of Carpenter Custom Age 625 PLUS alloy. This alloy solidifies to a nickel austenitic matrix with the formation of a Nb-rich {gamma}/Laves terminal solidification constituent. The low Si and C concentrations in
contact199281 · Highly corrosion- resistant, age- hardenable alloys are needed in severely corrosive environments such as those encountered in deep sour- gas wells. Age hardenability is important because high strength levels of 827 MPa (120 ksi) minimum 0.2% yield strength are required in large section sizes. Custom Age 625 PLUS was developed
contact201235 · ALTERNATIVE TO ALLOY 625 Richard B. Frank Carpenter Technology Corporation P.O. Box 14662 Reading, Pennsylvania 19612 Abstract Highly-corrosion-resistant, age-hardenable alloys are needed in severely- corrosive environments such as those encountered in deep sour-gas wells. ... Custom Age 625 PLUS alloy was
contactCarpenter Custom Age 625 PLUS® Nickel-Base Alloy, Cold Drawn 37.5%: 37: Carpenter Custom Age 625 PLUS® Nickel-Base Alloy, Cold Drawn 37.5% Plus Aging 649°C (1200°F)/4hr/FC to 579°C/4hr/AC: 38: Carpenter Custom Age 625 PLUS® Nickel-Base Alloy, Double Aged 732°C/8hr/FC to 621°C/8hr/AC: 39: Carlson C 625 Nickel-Chromium
contact199411 · PDF | On Jan 1, 1994, G.F.V. Voort and others published Microstructural Characterization of Custom Age 625 Plus Alloy | Find, read and cite all the research you need on ResearchGate
contact20221121 · INTRODUCTION The information assembled in this publication has been obtained from various sources. The chemical compositions and the mechanical and physical proper-
contact