316l hot rolled stainless steel seamless pipe
| Min. Order: | 1 Metric Ton |
|---|---|
| Trade Term: | FOB |
| Payment Terms: | L/C, T/T |
| Supply Ability: | 1000 tons/month |
| Place of Origin: | Tianjin |
Company Profile
| Location: | Tianjin, China (Mainland) |
|---|---|
| Business Type: | Manufacturer, Trading Company, Agent |
| Main Products: | Stainless Steel Sheet, Stainless Steel Sheets 202, Stainless Steel Sheets 316, Stainless Steel Sheets 304, Stainless Steel Sheet 430 |
Product Detail
| Means of Transport: | Ocean, Air, Land |
|---|---|
| Standard:: | ASTM, JIS EN, GB, KS, DIN |
| Test:: | ISO & SGS |
| Unit Price:: | Negotiable |
| Type:: | Seamless & Welded |
| Production Capacity: | 1000 tons/month |
| Packing: | Standard Export Seaworthy Package |
| Delivery Date: | About 5 days after confirming the order |
Product Description
316l hot rolled stainless steel seamless pipe
Copper, tin and lead increased by adding some of the critical temperature range of the width of the material, which affect the sensitivity of thermal crack formation. In addition, these three elements also reduces the solidification microstructure of the material under tensile stress in the plastic. Continuous casting process in large-scale production of materials and an internal cracks appear in the thermal processing of the risk of micro-cracks can be respectively reduced by adjusting the casting parameters and methods to reduce the deformation rate, especially for primary precipitates of austenitic steel to say even more so.
Copper, tin and lead increased by adding some of the critical temperature range of the width of the material, which affect the sensitivity of thermal crack formation. In addition, these three elements also reduces the solidification microstructure of the material under tensile stress in the plastic. Continuous casting process in large-scale production of materials and an internal cracks appear in the thermal processing of the risk of micro-cracks can be respectively reduced by adjusting the casting parameters and methods to reduce the deformation rate, especially for primary precipitates of austenitic steel to say even more so.