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1408-18
Forms & Available Grades Forms of Supply Our Fe-Co & Fe-Ni material are available in many shapes and dimensions,supplying semi-finished products in forms of Strip,plate & Rods.
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0208-18
soft magnetic alloy supermalloy Supermalloy Composition (Nominal) Ni 80, Mo 5, Fe balance ASTM A753 Alloy type 4 UNS N14080 (Mo5) Supermalloy is a specially processed 80% nickel-iron alloy. It is manufactured to develop the ultimate ...
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0208-18
soft magnetic alloy permalloy 80 Permalloy 80 Composition (Nominal) Ni 79, Mo 4, Fe balance ASTM A753 Alloy type 4 UNS N14080 (Mo4) Equivalent to ASTM A753 Alloy type 4(Mo4) ,MIL-N-14411C Composition 1 Permalloy 80 is an alloy of ni...
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0208-18
soft magnetic -iron nickel alloy hymu80 HyMu 80 Composition (Nominal) Ni 79, Mo 4, Fe balance ASTM A753 Alloy type 4 UNS N14080 (Mo4) Equivalent to ASTM A753 Alloy type 4(Mo4) ,MIL-N-14411C Composition 1 HyMu 80 is an alloy of nickel, iron...
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0208-18
iron-cobalt-vanadium alloy permendur Composition (Nominal) Co 49， V 2， Fe 49 ASTM A801 Alloy Type 1 Equivalent to MIL A 47182, DIN EN 60404-8-6,MIL-S-1907, MIL-S-1949A Permendur is an iron-cobalt-vanadium soft magnetic alloy which ex...
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0208-18
Iron-cobalt alloy hiperco 50 permendur Composition (Nominal) Co 49 , V 2 , Fe. 49 ASTM A801 Alloy Type 1 Equivalent to MIL A 47182, DIN EN 60404-8-6,MIL-S-1907, MIL-S-1949A Hiperco 50 alloy is an iron-cobalt-vanadium soft magnetic alloy...
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0208-18
Iron-cobalt alloy hiperco 27 Hiperco 27 Composition (Nominal) 0.01 C, 0.25 Mn, 0.25 Si, 0.60 Cr, 0.60 Ni, 27.0 Co, Bal. Fe A ductile-high-magnetic saturation alloy which has been used in magnetic flux-carrying members, magnetic pole c...
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0208-18
Cobalt Chromium alloy elgiloy Composition (Nominal) Co40, Cr20 , Ni15 ,Mo7, Fe Balance Elgiloy alloy with High strength, ductility, fatigue life, and good mechanical properties. Corrosion resistant in numerous environments. speci...
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2106-17
Super Invar 32-5 Super Invar 32-5, a magnetic, austenitic, solid solution alloy containing iron, nickel, and cobalt, is designed to provide minimum thermal expansion at room temperatures. This alloy also exhibits austenite stab...
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1905-17
Vacuum Induction Melting Vacuum induction melting (VIM) utilizes electric currents to melt metal within a vacuum. The first prototype was developed in 1920. One of the only ways to induce a current within a conductor is through electro...
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0505-17
Metallurgy of the Electroslag Remelting Process Whereas VAR needs vacuum for refining, in ESR the consumable electrode is dipped into a pool of slag in a water-cooled mold. An electric current (usually AC) passes through the slag, between the electrode and t...
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1303-17
Ni-span alloy c-902 Ni-Span c902,AMS 5225,UNS N09902, (Ni42CrTiAl),Chinese 3J53 A precipitation hardenable Nickel-Iron-Chromium alloy having outstanding controllable thermoelastic coefficient characteristics and excellent oxidati...
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0902-17
What is a magnetic shield? First, one important point must be clear: Magnetic shielding does not block a magnetic field. No material can stop the lines of flux from traveling from a magnet's North pole to it's South pole. The field can, ...
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0501-17
Glass-to-metal sealing in vacuum industry Glass-to-metal sealing structure is commonly used in vacuum system, which requires air tightness and a certain intensity, baking resistance and certain electric insulation resistance. Glass-to-metal seal types ...
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3012-16
Compression Seals and Matched seals If a higher cycle range is needed, you should consider Kovar' Matched Seals. A fundamental glass sealing process is used to manufacture glass seals in which the kovar metal thermal expansion coefficient matches...
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2312-16
Vickers Hardness The Vickers test is often easier to use than other hardness tests since the required calculations are independent of the size of the indenter, and the indenter can be used for all materials irrespective of hard...
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1912-16
Soft magnetic material Soft magnetic material includes a wide variety of nickel-iron and nickel-cobalt soft magnetic alloys and pure iron for high performance components requiring high initial and maximum permeability coupled with ea...
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1512-16
What is the difference bewteen cold rolling and hot rolling Cold rolling is used to make smooth and accurate thin sheets of metal. As cold steel is harder than hot steel, cold steel mills need harder rolls and, the power required for cold rolling is greater than that fo...
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0812-16
What is the advantage of hot rolling? The advantage of hot rolling is that it can be reduced in thickness much more easily. But the surfice finish and accuracy are not so good as those obtainable by cold rolling. The most general use of hot rolling...
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2911-16
The corrosion resistance of chromium was found by accident Addition of chromium imparts hardness, strength, wear resistance, heat resistance, and corrosion resistance to steels.
