SS2205 is a duplex steel with a microstructure,when heat treated properly,od nearly equare proportions of austenite and ferrite.This microsturcture ensures that SS2205 is much more resistant to stress corrosion cracking than SS304 and SS316L.The higher chromium,molybdenum and nitrogen contens give SS2205 significantly improved pitting and crevice-corrosion resistance in the presence of chlorides.SS2205 also has better general corrosion resistance than SS316L in most environment.In addition,SS2205 has a 0.2% Proof Stress of about double that of conventional austenitic stainless steels. SS2205 has a ductile-to-brittle transition temperature of about -50℃.The stainless steel grade can also become embrittled when exposed to temperature between 300℃ and 550℃，550℃ to 1000℃ and chi phase formation.So application temperatures are generally limited from -50℃ to 300℃. Grade 2205 stainless steel coil Thickness 0.3-6mm Widthness 1000mm, 1219mm, 1524mm or as customized Brand name TISCO,BAO Steel,ZPSS,BAO XIN,LISCO.. Standard JIS, AISI, ASTM, GB, DIN, EN ,etc. Finish 2B, Hairline, No.4, BA, 8K mirror, etc. Certification SGS Packaging Standard exporting packing; seaworthy package. MOQ 5 Tons Realted Products: Stainless steel wire rod,stainless steel pipe/tube,stainless steel flat bar,stainless steel angel bar... Corrosion Resistance: SS2205 has excellent general corrosion.This is better than SS316 and SS317 in most environments. Stress Relieving: SS2205 can be stress relieved at 525℃ to 600℃ for 60 minutes per 25mm thickness.Stress relieving SS2205 contributes significantly to improving the resistance to stress corrosion cracking by lowing the residual tensile stresses. Machining: The high strength that makes SS2205 useful in many applications also reduces its machinability.Cutting speeds are approximately 20% slowly than those for SS304. Welding: These grades can be satisfactorily welded and brazed by most conventional methods,giving a toung weld.Welding procedures should be selected with care in order to avoid hot cracking due to the fully austenitic weld microstructure obtained from using matching filler metals.