For the materials AISI 317, the critical solidification temperature range from 34K (containing 0.07% copper) to 48K (containing 2.34% copper). While the zero temperature and zero ductility temperature strength has declined. For the materials AISI 304, when the copper content from 0.07% to 0.81%, its melting temperature, freezing point temperature, zero temperature and zero ductility temperature strength decreased by about 8K, when the copper content increased to 2.49% when the temperature started to keep these non-change, but the critical solidification temperature range increases.
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316l cold rolled stainless steel seamless tube
316l cold rolled stainless steel seamless tube
| Trade Term: | FOB |
|---|---|
| Payment Terms: | T/T,L/C |
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Basic Info.
- Place of Origin: Tianjin
- Min.Order: 1 Metric Ton
- Means of Transport: Ocean
Supply Capacity
- Production Capacity: 1000 tons/month
316l cold rolled stainless steel seamless tube
For the materials AISI 317, the critical solidification temperature range from 34K (containing 0.07% copper) to 48K (containing 2.34% copper). While the zero temperature and zero ductility temperature strength has declined. For the materials AISI 304, when the copper content from 0.07% to 0.81%, its melting temperature, freezing point temperature, zero temperature and zero ductility temperature strength decreased by about 8K, when the copper content increased to 2.49% when the temperature started to keep these non-change, but the critical solidification temperature range increases.
For the materials AISI 317, the critical solidification temperature range from 34K (containing 0.07% copper) to 48K (containing 2.34% copper). While the zero temperature and zero ductility temperature strength has declined. For the materials AISI 304, when the copper content from 0.07% to 0.81%, its melting temperature, freezing point temperature, zero temperature and zero ductility temperature strength decreased by about 8K, when the copper content increased to 2.49% when the temperature started to keep these non-change, but the critical solidification temperature range increases.
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