304L stainless steel

GPTKB entity

Statements (51)
Predicate Object
gptkbp:instanceOf gptkb:steel
gptkbp:alternativeTo 304 stainless steel
gptkbp:carbon_content_(max) 0.03%
gptkbp:chromium_content 18-20%
gptkbp:containsElement carbon
iron
nickel
chromium
gptkbp:corrosionResistance high
gptkbp:density 8.0 g/cm³
gptkbp:elongation_(min) 40%
gptkbp:formability good
gptkbp:heatTreatment not hardenable by heat treatment
https://www.w3.org/2000/01/rdf-schema#label 304L stainless steel
gptkbp:ISOStandard EN 1.4307
gptkbp:machinability gptkb:fire
gptkbp:magnetic_permeability low
gptkbp:magnetType non-magnetic
gptkbp:main_difference_from_304 lower carbon content
gptkbp:meltingPoint 1400-1450°C
gptkbp:nickel_content 8-12%
gptkbp:resistantTo oxidation
intergranular corrosion
gptkbp:standard_specification ASTM A240
gptkbp:suitableFor heat exchangers
marine environments
kitchen equipment
hospital equipment
dairy equipment
automotive trim
brewery equipment
cryogenic applications
gptkbp:surface can be polished
gptkbp:tensile_strength_(min) 485 MPa
gptkbp:type austenitic stainless steel
gptkbp:UNNumber S30403
gptkbp:used_in pharmaceutical equipment
chemical processing equipment
architectural applications
food industry equipment
gptkbp:usedFor tanks
piping
pressure vessels
welded structures
gptkbp:weld_decay_resistance improved
gptkbp:weldability excellent
gptkbp:work_hardening yes
gptkbp:yield_strength_(min) 170 MPa
gptkbp:bfsParent gptkb:Starship_SN7.1
gptkb:SN7.1
gptkbp:bfsLayer 7