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Deformed high-temperature alloys are used in a temperature range of -253°C to 1230°C. They are a type of high-performance metal material that can undergo cold and hot deformation processing, withstand harsh mechanical stress, and has good structural stability.
Deformed superalloys have high mechanical properties, good oxidation resistance and corrosion resistance, excellent structural stability and service reliability, and have become key materials in civil industrial fields such as petrochemicals, nuclear power, transportation, ultra-supercritical thermal power and so on. According to different substrates, they are divided into three categories: iron-based, nickel-based and cobalt-based deformed high-temperature alloys. Among them, nickel-based alloys are used in the largest amount and have the widest range of uses.
Table 1 Dimensions of deformed high-temperature alloy products
Variety | Classification | Specification |
steel ingot | master alloy | Φ70～Φ320 |
Electroslag remelting ingots, consumable remelting ingots | Φ70～Φ600 | |
Forged materials | round lumber | Φ12～Φ350 |
Rectangular material | 30×30～350×350 | |
Hot rolled products | Cake, sleeve, flange, ring | According to order agreement |
round lumber | Φ8.0～Φ80 | |
flat material | 4×60～50×300 | |
Cold drawn (polished)） | Great | Φ2～Φ60 |
wire material | Round silk | Φ0.04～Φ8 |
Special-shaped silk | agreement |
Product Specification
At present, artificial joints in the medical field are mostly made of cobalt-based high-temperature alloys with good corrosion resistance, wear resistance and mechanical properties.
Product brands: CoCrMo, CoCrWNi, CoNiCrMo, etc.
Product supply form: bars, forgings, master alloy ingots, etc.
Deformed high-temperature alloys are used in a temperature range of -253°C to 1230°C. They are a type of high-performance metal material that can undergo cold and hot deformation processing, withstand harsh mechanical stress, and has good structural stability.
Deformed superalloys have high mechanical properties, good oxidation resistance and corrosion resistance, excellent structural stability and service reliability, and have become key materials in civil industrial fields such as petrochemicals, nuclear power, transportation, ultra-supercritical thermal power and so on. According to different substrates, they are divided into three categories: iron-based, nickel-based and cobalt-based deformed high-temperature alloys. Among them, nickel-based alloys are used in the largest amount and have the widest range of uses.
Table 1 Dimensions of deformed high-temperature alloy products
Variety | Classification | Specification |
steel ingot | master alloy | Φ70～Φ320 |
Electroslag remelting ingots, consumable remelting ingots | Φ70～Φ600 | |
Forged materials | round lumber | Φ12～Φ350 |
Rectangular material | 30×30～350×350 | |
Hot rolled products | Cake, sleeve, flange, ring | According to order agreement |
round lumber | Φ8.0～Φ80 | |
flat material | 4×60～50×300 | |
Cold drawn (polished)） | Great | Φ2～Φ60 |
wire material | Round silk | Φ0.04～Φ8 |
Special-shaped silk | agreement |
Product Specification
At present, artificial joints in the medical field are mostly made of cobalt-based high-temperature alloys with good corrosion resistance, wear resistance and mechanical properties.
Product brands: CoCrMo, CoCrWNi, CoNiCrMo, etc.
Product supply form: bars, forgings, master alloy ingots, etc.
Carbide Tools Solution Specialist-Drillstar
