| Product Information | |
| Name | Stainless Steel 410 |
| Stocklist & Inventory Available: | Blade Steel |
| Material Specification: | ASTM,AISI,UNS,AMS,Werkstoffe,Miscellaneous |
| Equivalent Grade: | AMS 5504 / 5505,UNS S41000,ASTM A276 / A479,1.4006,AISI 410 |
| Condition of delivery: | Hot forging/hot rolling + annealing/normalizing + tempering/quenching + tempering |
| Surface condition | Scaled (hot working finished)/ground/rough machining/fine machining |
| Product Shape available: | Round,Flat,Square,Hexagon,Plate,Sheet,Other |
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Description
Chemical Composition
Mechanical Properties
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►GENERAL CHARACTERISTICS OF STAINLESS STEEL Stainless Steel 410This is the basic martensitic stainless steel. It is used for highly stressed parts where a degree of corrosion resistance, strength and ductility are required. The alloy can be used up to 1200ºF (650ºC) where resistance to scaling is required, and readily hot worked by forging and upsetting.►Stainless Steel 410 Inventory Size Ranges
APPLICATIONS OF STAINLESS STEEL 410 This alloy may be used for steam turbine buckets, blades, bucket covers, gas turbine compressor blades, nuclear reactor control rod mechanisms, forged valves, fasteners, shafting, pump parts and machine parts FORGING STAINLESS STEEL 410 This alloy may be readily forged, headed or upset. It requires more blows or a heavier hammer than does mild steel. It should be heated uniformly to 2000/2200ºF (1095/1205ºC), depending upon the degree of deformation, then forged and air cooled. Large forgings should be furnace cooled or cooled in dry lime. This grade should not be forged below 1650ºF (900ºC). HEAT TREATMENT ANNEALING Heat uniformly to 1200/1400ºF (650/760ºC) and air cool, to give approximately 187 BHN. For better machinabilty reduce annealing temperature to give higher hardness. For maximum softness heat to 1500/1650ºF (815/900ºC) and slow furnace cool to give approximately 155 BHN. HARDENING Heat to 1750/1850ºF (955/1010ºC), soak and quench in oil or air cool. TEMPERING Temper at temperatures appropriate to produce desired mechanical properties. Soak for at least one hour, longer for larger sections, and air cool. If this alloy is tempered in the range 750/1050ºF (400/565ºC) there will be a decrease in impact strength and in corrosion resistance – depending upon the media. If tempering in this range is necessary to obtain the desired strength and ductility values, it may be that in many cases the reduced impact strength is not a problem and that the corrosion resistance is only slightly reduced. MACHINABILITY In its softest condition, type 410 stainless is tough and chips build up on tools. Better finishes are obtained in the cold drawn or heat-treated condition. If higher mechanical properties are required, the material can be machined up to Rc 35. WELDABILITY Type 410 may be satisfactorily welded. Parts should be preheated at 350/400ºF (180/205ºC) to prevent cracking, particularly in heavy sections. Since the alloy is air hardening, parts should be annealed immediately after welding. Not finding what you are looking for? Connect with our sourcing group at pb@longhaisteel.com►Stainless Steel 410 Chemical Composition
Please contact us for more details. The technical data provided is for information only and not for design purposes.►Stainless Steel 410 Mechanical Properties
Please contact us for more details. The technical data provided is for information only and not for design purposes. |
