The Materials You Need When You Need Them
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Controlled Expansion Alloys
Invar (aka Invar 36, NILO 36, Invar Steel & Pernifer 36), Super Invar, Kovar (aka ASTM F-15, NILO K, Pernifer 2918, Rodar, and Dilvar P1), 42 Alloy (aka Pernifer 42, NILO 42, & Glass-Seal 42), 46 Alloy (aka Pernifer 46, NILO 46, & Glass-Seal 46), 48 Alloy (aka Pernifer 48, NILO 48, & Glass-Seal 48), 52 Alloy (aka Pernifer 50, NILO 50, Glass-Seal 52
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Electrical/Electronic Nickel
Nickel Grades 200, 201, 205, 233, & 270
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Soft Magnetic Alloys
Alloy 50 (aka Magnifer 50, Carpenter High Permeability 49, & Alloy 4750), Alloy 79 (aka Magnifer 7904, Carpenter HyMu 80, Hipernom, Moly-Permalloy, & Permalloy 80) VIM VAR Core Iron, Hiperco 50, & Radiometal 4550
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Refractory Metals and Alloys
Molybdenum, TZM Molybdenum, Tungsten, Tungsten Alloy, Tantalum, Niobium (aka Columbium), & Rhenium
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Hard to Find
Use our Material Locator service for hard to find materials for the Aerospace/Aviation, Defense, Electronics, Magnetic, Medical, Lighting, Optical, Telecommunications, Ceramics, Heat Treating, and other high-technology industries.
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Specialty Alloy Items of Interest...

Find Out How Hiperco 50 and "Sully" Saved Lives

How did Hiperco 50 save the day? Was it due to the magnetic field strength and high power/weight ratio of Hiperco 50? Would another soft magnetic alloy also have worked? Why was Hiperco 50 such a good material for the AUP (Auxiliary Power Unit) and the RAT (Ram Air Turbine) in Captain Sullenberger’s Airbus?

Find out how the strength to weight ratio of Hiperco 50 soft magnetic alloys was critical to the survival of US flight 1549

Why was Tungsten Alloy also a necessary material in the safe landing of US flight 1549? Where was that material employed within the aircraft?

Find out how the high density of Tungsten Alloy provided the gravitational and stabilizing force required

Find Out Why Super Invar Supports the World's Largest Telescope

The Subaru Telescope has the largest single telescope optic ever weighing 33 tons, measuring 8.31 meters diameter, 20 cm thick (a 40.1 diameter/thickness ratio). The primary mirror is uniform & rigid with the smallest possible coefficient of thermal expansion (CTE) to prevent deformation.

Find out how Super Invar 32-5 Alloy meets the engineering challenges required for this unique application...

Find Out How SMT Coaxial Connector, Controlled Expansion Alloys Enable Microwave & MM-Wave

Surface mountable RF connectors allow smaller size, lower manufacturing cost, operational frequencies previously unattainable (microwave & mm-wave domains). Controlled expansion alloys allow direct coaxial connector attachment to planar substrate of circuit module or PCBs routing high frequency signals between circuit modules in instruments and systems.

See how EFI Controlled Expansion Alloys can meet your engineering challenges...

High Performance EMI (electro-magnetic interference) Shielding Alloys

Are you trying to locate high performance EMI (electro-magnetic interference) shielding alloys for your application? Do you need these materials in rod, square bar, sheet, and coil/strip? We stock a variety of Soft Magnetic Alloys in various forms and a wide range of sizes. We can also cut, slit or centerless grind your material to your exact specifications.

Find out more about EMI shielding alloys and the other soft magnetic alloys Ed Fagan Inc. stocks...