PROPRIETARY Uddeholm Impax Supreme 工具钢
材料组别:
黑色金属 / 工具钢
国家与地区/标准:
PROPRIETARY
数据更新
最新更新: 2016-05
更新总数: 1
更新历史
PROPRIETARY Uddeholm Impax Supreme 化学成分
化学元素
数值
单位
CAS 编号
Uddeholms AB, Product Data Sheets,
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PROPRIETARY Uddeholm Impax Supreme 物理性能
PROPRIETARY Uddeholm Impax Supreme 热处理
- Soft annealing: Protect the steel and heat through to 700°C (1300°F). Then cool in the furnace at 28°C (50°F) per hour to 600°C (1110°F), then freely in air;
Stress relieving: After rough machining the tool should be heated through to 550°C (1020°F), holding time 2 hours. Cool slowly to room temperature;
Hardening: (The steel should be fully soft annealed before hardening.) Preheating temperature: 500-600°C (930-1110°F). Austenitizing temperature: 850°C (1560°F). The steel should be heated through to the austenitizing temperature and held at temperature for 30 minutes. (The tool need to be protected against decarburization and oxidation during the hardening process.);
Quenching media: High speed gas/circulating atmosphere (Only suitable for small dimensions), Oil (60-80°C/140-175°F), Martempering bath 300°C (570°F) max. 4 minutes, then air. (Temper immediately tool reaches 50-70°C (120-160°F);
Tempering: The tempering temperature is according to the hardness required. Temper twice with intermediate cooling to room temperature. Lowest tempering temperature 180°C (360°F) for small inserts, but preferred minimum is 250°C (480°F). Holding time at temperature minimum 2 hours.
Nitriding and Nitrocarburizing: prior to nitriding material should be rough machined, stress tempered at 550°C (1020°F) and grinded. Gas nitriding at 525°C (977°F) for 20 h and depth of case 0.30 mm or 30 h and depth of case 0.35 mm. Ion nitriding at 480°C (896°F) for 24 h and depth of case 0.30 mm or 48 h and depth of case 0.40 mm. Nitrocarburizing at 570°C (1058°F) for 2 h and depth of case 0.10 mm.
PROPRIETARY Uddeholm Impax Supreme 机械性能
PROPRIETARY Uddeholm Impax Supreme 的全球近似对照材料
显示 2 条结果，共计 2 条。
材料牌号
标准
国家与地区 / 生产商
近似类型
近似对照材料反映了不同材料间化学成分的相似性和力学性能的相似性——请务必根据具体应用场景的适用标准和条件具体核实材料的适用性。
根据您的应用场景优化材料选择 - 预约演示
- 2交叉引用
- 6化学成分
- 7机械性能
- 10物理性能
- 1热处理
- -金相组织
- -切削加工性能
- -应力-应变
- -成形性能
- -疲劳
- -断裂
- -爬行
- -焊接接头
- -涂层
- -尺寸
- -摩擦学
- -腐蚀
- -老化
- -耐候性
- -辐照
- 7供应商总数