Mechanical Properties | Metric | English | Comments |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
Hogen Durakut H15W 68 Tungsten/32 Copper PM Metal Composite RWMA Class ECM-EDMDURAKUT Copper-Tungsten and Silver-Tungsten are manufactured as electrode materials for EDM (Electrical Discharge Machining), ECM (Electro Chemical Machining) and ECD (Electro Che.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
Hogen Duralloy H3W 68 Tungsten/32 Copper PM Metal Composite RWMA Class 10.Hogen Duralloy refractory alloys are manufactured by pressing, sintering, and infiltrating tungsten with copper or silver.Typical Resistance Welding Applications: Class 10 material is .. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Bar, After Process Annealed at 1600°F (871°C) High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir.. |
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Tensile Strength, Ultimate | 517 - 586 MPa | 75000 - 85000 psi | |
Materion BrushCAST® 20C High Strength Casting Alloy (As Cast) Pouring Temperature: 1010-1120°CHeat treatment required for max strength (Annealing): 760-790°C/water quenchHeat treatment required for max strength (Hardening): 760-790°C/water quenchDescr.. |
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Tensile Strength, Ultimate | 517 - 586 MPa | 75000 - 85000 psi | |
Materion BrushCAST® 21C High Strength Casting Alloy (As Cast) Pouring Temperature: 1010-1120°CHeat treatment required for max strength (Annealing): 760-790°C/water quenchHeat treatment required for max strength (Hardening): 760-790°C/water quenchDescr.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
Mi-Tech Metals CW68 68 Tungsten/32 Copper PM Metal Composite RWMA Class 10.Mi-Tech refractory alloys are manufactured by pressing, sintering, and infiltrating tungsten with copper or silver.Typical Resistance Welding Applications: Class 10 material is recomme.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
Mi-Tech Metals CW70E 68 Tungsten/32 Copper PM Metal Composite RWMA Class ECM-EDMMi-Tech Copper-Tungsten and Silver-Tungsten are manufactured as electrode materials for EDM (Electrical Discharge Machining), ECM (Electro Chemical Machining) and ECD (Electro Che.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
Mi-Tech Metals TC56 56 Tungsten Carbide/44 Copper PM Metal Composite Mi-Tech refractory alloys are manufactured by pressing, sintering, and infiltrating tungsten with copper or silver.Typical Resistance Welding Applications: Used for heavy-duty or projection welding .. |
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Tensile Strength, Ultimate | 517 - 586 MPa | 75000 - 85000 psi | |
Materion BrushCAST® 20CT Fine Grain Casting Alloy (As Cast) Pouring Temperature: 1010-1120°CHeat treatment required for max strength (Annealing): 760-790°C/water quenchHeat treatment required for max strength (Hardening): 760-790°C/water quenchDescr.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
Universal Wire Works 70S-6 Steel Welding Wire Universal 70S-6 is designed for welding mild steels with CO2 shielding gas. This alloy should be used where low silicon mild steel wires have not been satisfactory on slightly contaminated base meta.. |
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Tensile Strength, Ultimate | 517 - 607 MPa | 75000 - 88000 psi | |
Eagle Brass 715 Copper Nickel 30%, Hard 715 exhibits excellent corrosion resistance, especially in marine applications. It has moderately high strength and has good creep resistance at elevated temperatures. The cost is relatively high co.. |
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Tensile Strength, Ultimate | 517 - 621 MPa | 75000 - 90000 psi | |
Eagle Brass 725 Copper Nickel Tin, Hard Alloy C725 is a moderate strength, low conductivity alloy with excellent bare solderability and corrosion resistance. Applications include electronic parts, springs, connectors and wire wrap termina.. |
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Tensile Strength, Ultimate | 517 - 627 MPa | 75000 - 91000 psi | |
Eagle Brass 762 Nickel Silver 12%, 1/2 Hard 762 is a nickel silver alloy that has excellent strength, stress relaxation resistance, and solderability. Due to it being extremely resistant to corrosion it doesn't tarnish easily and has a long s.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | Strip (TH04) |
CMW® 3 Copper Alloy CMW® 3 material is a high strength, high conductivity copper base alloy. CMW® 3 material is heat treatable. Optimum mechanical and physical properties of CMW® 3 material are developed by heat tre.. |
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Tensile Strength, Ultimate | 517 MPa @Diameter <=25.0 mm |
75000 psi @Diameter <=0.984 in |
Drawn Rod & Bar |
CMW® 3 Copper Alloy CMW® 3 material is a high strength, high conductivity copper base alloy. CMW® 3 material is heat treatable. Optimum mechanical and physical properties of CMW® 3 material are developed by heat tre.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | cold worked |
CMW® ELKONIUM 18 silver, copper, cadmium alloy The alloying of silver with cadmium produces materials with good arc extinction, good corrosion resistance and low contact resistance characteristics and provides them with good switching capability.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | annealed |
CMW® ELKONIUM 302 platinum based alloy Platinum has complete freedom from atmospheric corrosion and is preferred for devices that have low closed forces and where surety of making a circuit may be a problem. It has a high melting point (.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
AK Steel 436 Ferritic Stainless steel Information provided by AK Steel |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
Carpenter Chrome Core® 18-FM Solenoid Quality Stainless Steel, Annealed Data provided by Carpenter Technology Corporation.This is a soft ferritic material designed for operation in more corrosive environments than tolerated by 18% Cr-Fe Type 430 stainless. This new mat.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
Carpenter Chrome Core® 18-FM Solenoid Quality Stainless Steel, Stress Relieved Data provided by Carpenter Technology Corporation.This is a soft ferritic material designed for operation in more corrosive environments than tolerated by 18% Cr-Fe Type 430 stainless. This new mat.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
ATI Allegheny Ludlum AL 444™ Ferritic Stainless Steel Low carbon, low nitrogen ferritic stainless steel alloy. Characteristics:practically immune to chloride stress corrosion cracking, enhanced resistance to pitting and crevicing, good general corrosi.. |
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Tensile Strength, Ultimate | 517 - 621 MPa | 75000 - 90100 psi | |
ATI Allegheny Ludlum Stainless Steel Free Machining Grade Type 303, Annealed (UNS S30300) Allegheny Ludlum's 303 is a free-machining stainless steel specifically designed to exhibit improved machinability. These modifications retain, in so far as possible, the good mechanical properties.. |
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Tensile Strength, Ultimate | >= 517.1 MPa | >= 75000 psi | |
ATI Allegheny Ludlum Type 310L Stainless Steel Corrosive attack of stainless steels by concentrated nitric acid often results in preferential attack of grain boundaries. The high Cr content combined with restricted levels of C, Si, P, S, and Mo .. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
AK Steel 410 Martensitic Stainless steel AK Steel 410 provides good corrosion resistance plus high strength and hardness. It is magnetic in both annealed and hardened conditions. A wide range of properties can be developed with different.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
AK Steel 435 Mod Ferritic Stainless steel Information provided by AK Steel |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | ASTM D638 |
Applied Composites 8057 Polyester SMC Industry Application: High StrengthProduct Application: MilitaryDistinct Features: Carbon/Glass Fibers, Advanced Composite Structures, Ribs and Flat Surfaces, High ModulusInformation provided by App.. |
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Tensile Strength, Ultimate | 517 MPa | 75000 psi | |
High Temp Metals Alloy 49 Iron-Nickel High Permeability Alloy, Bar, After Process Annealed at 1600°F (871°C) High Permeability "49" alloy is a 48% nickel-iron alloy which has a saturation flux density of approximately 15,000 Gauss after hydrogen annealing. Hysteresis loss is very low in either DC or AC cir.. |