Mechanical Properties | Metric | English | Comments |
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Tensile Strength at Break | 689 MPa | 100000 psi | |
Performance Alloys MoldStar® 150 (PAS 940) Copper Mold Alloy Description: MoldStar® 150 is a high-performance, beryllium-free copper alloy for the blow molding and injection molding industries. In addition to its high thermal conductivity, MoldStar® 150 off.. |
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Tensile Strength at Break | 689 MPa | 100000 psi | Stress relieved |
California Fine Wire Dumet Nickel Iron Core Copper Clad Alloy All values may vary dependent on specific design and usage99.9% copper cladding over iron-nickel coreCapabilities: WireRibbonSquareInsulatedPlatedInformation provided by California Fine Wire. |
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Tensile Strength at Break | 689 MPa | 100000 psi | Hard |
California Fine Wire Nickel 220 Super Alloy All values may vary dependent on specific design and usageCapabilities: WireRibbonSquareInsulatedPlatedInformation provided by California Fine Wire. |
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Tensile Strength at Break | 689 MPa | 100000 psi | Stress relieved |
California Fine Wire Nickel 271 Super Alloy All values may vary dependent on specific design and usageCapabilities: WireRibbonSquareInsulatedPlatedInformation provided by California Fine Wire. |
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Tensile Strength at Break | 689 MPa | 100000 psi | Stress relieved |
California Fine Wire Nickel 272 Super Alloy All values may vary dependent on specific design and usageCapabilities: WireRibbonSquareInsulatedPlatedInformation provided by California Fine Wire. |
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Tensile Strength at Break | 689 MPa | 100000 psi | Hard |
California Fine Wire Nickel 5900 Nickel Alloy All values may vary dependent on specific design and usageCapabilities: WireRibbonSquareInsulatedPlatedInformation provided by California Fine Wire. |
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Tensile Strength at Break | 689 MPa | 100000 psi | Hard |
California Fine Wire Nickel Alloy 180 Copper Nickel Resistance Wire All values may vary dependent on specific design and usageCapabilities: WireRibbonSquareInsulatedPlatedInformation provided by California Fine Wire. |
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Tensile Strength at Break | 689 MPa | 100000 psi | Annealed |
California Fine Wire Permanickel® K-300 Nickel Alloy All values may vary dependent on specific design and usagePermanickel® is a registered trade name of the Inco family of products.Capabilities: WireRibbonInsulatedPlatedInformation provided by Calif.. |
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Tensile Strength at Break | 689 MPa | 100000 psi | Annealed |
California Fine Wire Stablohm 650 Nickel Chromium Resistance Wire All values may vary dependent on specific design and usageCapabilities: WireRibbonSquareInsulatedPlatedInformation provided by California Fine Wire. |
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Tensile Strength at Break | 689 MPa | 100000 psi | Stress relieved |
California Fine Wire Stablohm 750 Chromium, Aluminum, and Iron Resistance Wire All values may vary dependent on specific design and usageCapabilities: WireRibbonSquareInsulatedPlatedInformation provided by California Fine Wire. |
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Tensile Strength at Break | 689 MPa | 100000 psi | Annealed |
California Fine Wire Stablohm 800 Nickel, Chromium, Aluminum, and Copper Resistance Wire All values may vary dependent on specific design and usageCapabilities: WireRibbonSquareInsulatedPlatedInformation provided by California Fine Wire. |
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Tensile Strength at Break | >= 689 MPa | >= 100000 psi | |
Carlson GOC 276 Nickel-Molybdenum-Chromium General DescriptionCarlson Alloy GOC 276 is a nickel-molybdenum-chromium alloy exhibiting outstanding corrosion resistance over a wide range of service environments. This alloy is generally use in .. |
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Tensile Strength at Break | >= 689 MPa | >= 100000 psi | |
Carlson Nitronic® 50® Austenitic Stainless Steel General DescriptionNitronic 50 is a nitrogen-strengthened austenitic stainless steel that possesses corrosion resistance superior to 316, 316L, 317 and 317L plus approximately twice the yield streng.. |
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Tensile Strength at Break | >= 689 MPa | >= 100000 psi | |
Carlson Nitronic® 33® Austenitic Stainless Steel General DescriptionNitronic 33 is a nitrogen-strengthened austenitic stainless steel that combines high yield strength with excellent toughness and ductility. It’s magnetic permeability remains v.. |