Min. Order: | 500 Kilogram |
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Trade Term: | FOB,CFR,CIF,EXW |
Payment Terms: | L/C, D/P, T/T |
Supply Ability: | 2000Ton/Month |
Place of Origin: | Zhejiang |
Location: | Lishui, Zhejiang, China (Mainland) |
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Business Type: | Manufacturer, Trading Company |
Model No.: | 730640 |
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Means of Transport: | Ocean, Land |
Brand: | Ganyeah |
Grade: | SUS 304/304L/ 316L/347H/S32205/S32750 |
Standard: | Astm a312/Astm a778/Astm a554/Astm a249/JIS G3463 |
Inspection: | UT, ET, HT, RT |
Section Shape: | Round |
Certification: | API 5LC,DNV•GL, ABS, TUV, LR. |
Length: | 6 m or as customers' request |
Surface: | Pickling,annealing,polishing,bright |
HS Code: | 730640000/730611000 |
Origin: | China |
Production Capacity: | 2000Ton/Month |
Packing: | Plastic, Wooden Case, Others Seaworthy Packing |
Delivery Date: | 15days |
ERW piping or Electric Resistance Welded Stainless Steel Pipe Material are used for many different applications, as it is the most readily available and economical type of mechanical tubing. There are two different types or processes to create ERW tubing. You have, CREW or Cold Rolled ERW and you have HREW or Hot Rolled ERW. With each type of Electric Resistance Welded Stainless Steel Pipe Material, there are different steps that go into creating the tubing, as well as different uses for each ERW tubing after it is created.
ERW Stainless Steel Pipe Material initially starts out as a flat pieces of steel, and then rolled into a tube shape. Without overlapping, the seam is then welded using a process called "Electric Resistance". You may now understand where ERW tubing gets its name! During the process of creating ERW tubing, the piping may either be hot rolled or cold rolled, which has a drastic change on the outcome of electric resistance piping. Also created from the electric resistance welding process is DOM tubing.
A popular tube configuration for heat exchangers is a finned tube. By welding small pieces of metal or "fins" to the OD of the heat exchanger tubing, the total surface area of the tubes can be increased. This increased surface area increases the ability of the tube to transfer heat from the media inside the tubing to the atmosphere. Fins are available attached in a helical or longitudinal pattern. Fin materials can include carbon steel; stainless steels of types 304, 310, 316, 321, 409, and 410; Nickel 200, and Inconel, and can be solid or serrated.
STS304HTP | A312 A376 | TP304 H TP304 H |
SUS304HTP |
- |
- |
3605 |
304S59 | ||
STS304LTP | A312 | TP304 L |
SUS304LTP |
17455 17456 |
X2Cr Ni1911 |
3605 |
304S14 304S22 | ||
TP304N TP304LN | |||||||||
STS309TP | A312 | TP309H | SUS309TP | - | - | - | - | ||
STS309STP | A312 | TP309S |
SUS309STP |
- |
- |
- |
- | ||
TP309Scd TP309cd | |||||||||
STS310TP | A312 | TP310H |
SUS310TP | ||||||
TP310Scd | |||||||||
STS310STP | A312 | TP310S |
SUS310STP | ||||||
TP310cd | |||||||||
STS316TP | A312 A376 | TP316 TP316 |
SUS316TP | 17455 17456 | X5Cr Ni Mo17122 |
3605 | 316S18 316S26 | ||
STS316HTP | A312 A376 | TP316H TP316H |
SUS316HTP |
- |
- |
- |
- | ||
STS316LTP |
A312 |
TP316L |
SUS316LTP | 17455 17456 | X2Cr Ni Mo17132 |
3605 | 316S14 316S22 | ||
A312 | TP316N |
SUS316TiTP |
- |
- |
- |
- | |||
TP316LN | |||||||||
STS317TP | A312 | TP317 | SUS317TP | - | - | - | - | ||
STS317LTP | A312 | TP317L | SUS317LTP | - | - | - | - | ||
- | - | - | SUS836LTP | - | - | - | - | ||
- | - | - | SUS890LTP | - | - | - | - | ||
STS321TP | A312 A376 | TP321 TP321 |
SUS321TP | 17455 17456 |
X6Cr NiTi1810 |
3605 | 321S18 321S22 |
STS321HTP | A312 A376 | TP321H TP321H |
SUS321HTP |
- |
- |
3605 |
321S59 | ||
STS347TP | A312 A376 | TP347 TP347 |
SUS347TP | 17455 17456 | X6Cr Ni Mo 1810 |
3605 | 347S18 347S17 | ||
STS347HTP | A312 A376 | TP347H TP347H |
SUS347HTP |
- |
- |
3605 |
347S59 | ||
TP348 TP348H |