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Hastelloy C 276 Electrode For Flowmeter
Hastelloy electrodes for magnetic flow meter. The electrodes widely used for electromagnetic flow meter producing, we can customized according your requirements. 316L electrode , Titanium electrode ,Tantalum electrode ,Hastelloy-C electrode.
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Hastelloy C22 Pipe fittings
Hastelloy C 22 Pipe fittings ( Short Radius Elbows , Long Radius Elbows , Concentric Reducers , Eccentric Reducers , Stub Ends , End Caps , Equal Tees , Weldolets , Pipe Nipples .) ASME/ANSI B16.9, ASME B16.28, MSS-SP-43, MSS SP-79 , Type Seamless / Welded / Fabricated . Hastelloy C-22 / UNS N06022 / DIN W. Nr. 2.4602
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Hastelloy C 276 Pipe fittings
Hastelloy C 276 Pipe fittings ( Short Radius Elbows , Long Radius Elbows , Concentric Reducers , Eccentric Reducers , Stub Ends , End Caps , Equal Tees , Weldolets , Pipe Nipples .) ASME/ANSI B16.9, ASME B16.28, MSS-SP-43, MSS SP-79 , Type Seamless / Welded / Fabricated Hastelloy C276 Pipe Fittings UNS (N10276), DIN (2.4819).
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Inconel 625 Rod
Inconel Round Bar , ASTM B446 Inconel, 625 Bright Round Rod , Inconel 625 Hex Rods ,Inconel 625 flat bar with standard ASTM B446 / ASME SB446 and Nickel Alloy 625/ Inconel 625 (AMS 5666)
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Inconel 601 Welding Wire
Inconel 601 Welding Wire - UNS N06601 - DIN W. Nr.2.4851 . ERNiCrFe-11 (Alloy 601) . ASME II, Part C, SFA-5.14, ERNiCrFe-11 (UNS N06601) , ASME IX, F-No.43 , BS290] NA 49 , DIN 1736 SG-NiCr23Al (2.4626) , (EN) ISO 18274 - SN16601 (NiCr23Fel5Al) , ASME III (NCA3800, NB2400), AMS and other specifications
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Inconel 600 Welding Wire
Inconel 600 Wire ASTM B166 , Inconel 600 welding wire Alloy 600. UNS N06600 / W.Nr. 2.4816 .Nickel Alloy (AWS A5.11) ENiCrFe-3 Welding Electrode, Nickel Alloy ENiCrFe-3 Welding Electrode, ENiCrFe-3 inconel 600
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Invar 32 Wire
Invar 32 Wire Super-Invar 32-5 rod UNS-K-93500, Consisting of 32% Nickel, 5% Cobalt, and the balance Iron, this alloy exhibits minimum thermal expansion (one half of Invar 36) at room temperature. It is often used in structural components, supports and substrates requiring precision measurements. ASTM F1684.
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Invar 32 Sheet
Invar 32 Sheet, plate , Invar Alloy Foil , Super Invar 32-5 Alloy DESCRIPTION. A low expansion alloy consisting of 32% Nickel, 5% Cobalt, balance Iron. This alloy exhibits minimum thermal expansion (one half of Invar 36) Invar-36, Invar-42, Pernifer 36, Invar Steel, Super Invar 32-5, Carpenter 36, 4J32, 4J36
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Invar 36 Plate
Alloy 36 Sheet (Invar) / K93603 / ASTM F1684 Widely known under several trades names such as Invar and Nilo 36**, this grade is a 36% nickel-iron alloy. AMS l-23011 CL7MIL l-23011 CL7UNS K93602/03 4J36 (China), Fe-Ni36 (France), 1.3912, Ni36 (Germany), X1NiCrMoCu, N 25-20-7 (UK) Invar 36, UNSK93600 thermostat alloy, UNSK93601 pressure vessel sheet (USA)
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Alloy 46 Wire
Alloy 46 wire : Consisting of 46% nickel and iron balance, 46 Alloy is a controlled expansion alloy used mostly in electronic applications, especially for glass and ceramic seals. Alloy 46 is also known as Pernifer 462, NILO 464, and Glass-Seal 461 , ,Fe46Ni
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Alloy 46 Sheet
Alloy 46: Consisting of 46% nickel and iron balance, 46 Alloy is a controlled expansion alloy used mostly in electronic applications, especially for glass and ceramic seals. Alloy 46 is also known as Pernifer 462, NILO 464, and Glass-Seal 461
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MP35N Thread Bolt Fastener
MP35N Thread Rod , MP35N bolts , MP35N fasteners , UNS R30035 bolts , MP35N Thread Bar, MP35N Specifications: AMS 5844, AMS 5845, AMS7468, ASTM F562, NACE MR0175. MP35N alloys are used in fasteners, springs, non-magnetic assemblies and instrumentation components in medical, marine, oil and gas well, chemical and food processing environments.
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Molybdenum-Based Alloys

Molybdenum and Molybdenumbase Alloys Supplier

Molybdenum’s prime alloy is TZM. This alloy contains 99% Mo, % Ti and % Zr. TZM offers twice the strength of pure molybdenum at temperatures over 1300° C.

Molybdenum . Starck Solutions

Molybdenum is a versatile material that is routinely utilized in a wide number of markets. This dynamic range of performance is assisted by the material’s workability. Components manufactured from pure molybdenum and its alloys can be engineered via a range of techniques, including: Additive manufacturing; Powder Metallurgy; Arc Melting; Extrusion

Molybdenum metal alloys

For specialised applications, Mo is alloyed with many other metals: Mo-tungsten alloys are noted for exceptional resistance to molten zinc; Mo is clad with copper to provide low expansion and high conductivity electronic circuit boards; Mo-25% rhenium alloys are used for rocket engine components

New High Performance Molybdenum Alloys QuesTek

Molybdenum--based Alloys QuesTek has combined Integrated Computational Materials Engineering (ICME) and our own Materials by Design? technology to design and develop new superior high performance molybdenum-based alloys for applications in aerospace and defense, automotive, energy and other markets.

Molybdenum Grade Superalloys

In corrosion resistant nickel-based alloys, molybdenum imparts resistance to nonoxidizing environments such as the halide acids (HCl, HBr and HF) and sulfuric acid, for example. Accordingly, the alloy most resistant to these environments is B-3 alloy which contains % Mo. Molybdenum also acts in conjunction with chromium to provide resistance to localized corrosion attack such as pitting and crevice corrosion.

TZM Alloy, TZM Molybdenum Alloy

TZM alloy is a popular molybdenum-based alloy containing ±% zirconium, ±% titanium, ±% carbon and molybdenum makes up the balance. TZM is short for Titanium zirconium molybdenum alloy. The strength of TZM is two times that of pure Molybdenum when the temperature reaches 1300 degrees Celsius.

MolybdenumBased Alloys

Yet in tests it resisted corrosion of a standard eutectic salt (FLiBe) and salt vapors used in molten salt reactors for 1100 hours with so little corrosion that it was difficult to molybdenum-based alloys that do not contain iron have only limited applications.

Molybdenum Plansee

MHC is a particle-reinforced molybdenum-based alloy which contains both hafnium and carbon. Thanks to the uniformly distributed, extremely fine carbides, the material benefits from outstanding heat and creep resistance and, at 1,550 °C, the maximum recommended temperature of use is 150 °C higher than that of TZM.

DUCTILE HIGHTEMPERATURE MOLYBDENUMBASED ALLOYS QUESTEK

The most widely used molybdenum-based alloy is the Titanium-Zirconium-Molybdenum alloy, TZM (composed of % titanium, % zirconium, % carbon, balance molybdenum). TZM accounts for ?90% of commercial molybdenum-based alloys currently in use.

Molybdenum

Molybdenum is also valued in steel alloys for its high corrosion resistance and weldability. Molybdenum contributes corrosion resistance to type-300 stainless steels (specifically type-316) and especially so in the so-called superaustenitic stainless steels (such as alloy AL-6XN, 254SMO and 1925hMo). Molybdenum increases lattice strain, thus increasing the energy required to dissolve iron atoms from the surface.

Molybdenum metal alloys

Molybdenum metal is usually produced by powder metallurgy techniques in which and how those properties make molybdenum and its alloys the materials of

Molybdenum Alloys an overview ScienceDirect Topics

Cobalt-based superalloys are superior to stainless steels in corrosion resistance. The cobalt–chromium–molybdenum alloy is used as a casting alloy.

Molybdenum

About 86% of molybdenum produced is used in metallurgy, with the Other molybdenum-based alloys that do not contain iron have only

New High Performance Molybdenum Alloys QuesTek

QuesTek uses its ICME technology to design molybdenum-based alloys for improved ductility, creep oxidation resistance.

Molybdenum Plansee

Thanks to its good thermal conductivity and thermal expansion properties that are adapted to the relevant semiconductor material, molybdenum and its alloys

Molybdenum and Molybdenum Alloys Wolfram Industrie

Molybdenum as a metal is not quite as well known as tungsten. It has a lower TZM with a composition of %Ti, %Zr, %C and Mo is among the most commonly used molybdenum alloys. Tungsten-Based Heavy Metals (TRIAMET ).

Microstructures and oxidation behavior of some Molybdenum

Microstructures and oxidation behavior of some Molybdenum based alloys by. Pratik Kumar Ray. A dissertation submitted to the graduate faculty in partial

MOLYBDENUM AND ITS ALLOYS

The principal disadvantage of molybdenum-base alloys is a tendency to low- temperature embrittlement. Therefore it was necessary to find a solution to reduce

Electrodeposition of metallic molybdenum and its alloys – a

27 Aug 2018 Molybdenum (Mo) is a well-known refractory material which has . High- temperature electrodeposition of molybdenum and its alloys from

Influence of Chromium and Molybdenum on the Corrosion of

J. R. Hayes, J. J. Gray, A. W. Szmodis, C. A. Orme, Influence of Chromium and Molybdenum on the Corrosion of Nickel-Based Alloys, CORROSION. 2006

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