| 产品说明 | ||||
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An alloy composition designed to provide maximum fracture toughness over a full range of service temperatures normally encountered in forging applications.
High Nickel Content Nickel is unique among alloying additions in steel. It is a natural ferrite strengthener that strongly enhances fracture toughness. Lower Carbon Content The lower Carbon content, relative to most die steels, favors higher fracture toughness over heat and abrasion resistance. Extremely Low DBTT (Ductile Brittle Transition Temperature) The combination of lower Carbon and higher Nickel content of this grade offers excellent ductility and fracture toughness at all service temperatures; even under startup conditions in unheated environments. Machinability Machinability at all hardness levels is enhanced through patented micro-alloying additions, but where maximum machinability is desired, a fully annealed condition (approximately 229 HB) is available. |
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| 总览 | ||||
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材料状态
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供货地区
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| Available Documents | |||
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Technical Datasheet (English)
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| Metals General |
额定值
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单位制
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Metal Type
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| Metals Type Analysis |
额定值
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单位制
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Type Analysis
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Carbon
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%
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Chromium
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%
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Manganese
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%
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Molybdenum
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%
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Nickel
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%
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Silicon
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%
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Vanadium
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%
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| Metals Physical |
额定值
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单位制
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密度 (68°F)
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lb/in³
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| Metals Mechanical |
额定值
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单位制
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Tensile Strength (Ultimate) (81°F)
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ksi
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Tensile Strength (Yield), 0.2% (81°F)
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ksi
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Tensile Elongation (Break) (81°F)
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%
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Reduction of Area (81°F)
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%
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硬度 (HB-Scale, 81°F)
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泊松比 (68°F)
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拉伸模量 (68°F)
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ksi
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| Metals Thermal |
额定值
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单位制
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Mean Specific Heat (68°F)
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Btu/lb/°F
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Mean CTE (68°F)
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in/in/°F
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导热系数 (68°F)
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Btu·in/hr/ft²/°F
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| 备注 |
| 1一般属性：这些不能被视为规格。 |
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UL 和 UL 徽标为 UL LLC © 的商标 2021。保留所有权利。
此数据表中的信息由 UL Prospector 从该材料的生产商处获得。UL Prospector 尽最大努力确保此数据的准确性。 但是 UL Prospector 对这些数据值不承担任何责任，并强烈建议在最终选择材料前，就数据值与材料供应商进行验证。 |