C17 · Textile
Stainless Steel Plates for the Textile Industry: 316L/304 Selection and 7 Parts Lists
In the textile industry, we have compiled 7 parts that use stainless steel: commonly 316L / 304 / 321, with thicknesses of 1–400 mm.
List of Seven Parts and Material Options
| Part / Component | Recommended Grade | Size / Thickness | Surface | Main Failure Modes | Reference Standards |
|---|---|---|---|---|---|
| J-Type High-Temperature High-Speed Dyeing Machine Cylinder | 316L/304/321 | Wall thickness approx. 4 mm | 2B/Anodized and passivated | Chloride SCC: the acid solution contains Cl⁻, far above the critical temperature for austenitic SCC of approximately 60 °C to 140 °C; cracks originate at welds/flanges/HAZ | GB/T 3280; GB/T 150; GB/T 4334 |
| Cylinder Heat Exchanger Tube Bundle/Welds | 316L | Tube wall thickness 1.0–2.0 mm | Pickled/Polished | Cl⁻ enrichment in condensate + weld residual stress → SCC at welds | GB/T 151; GB/T 4334 |
| Guide Roller (Center Shaft/Roller Surface) | 304/316L | Roller surface φ100–400 mm; Wall thickness 2–6 mm | Mirror Finish/Hard Chrome | Dyeing agents/Anti-corrosion; 120 h salt spray test without oxidation is a common acceptance criterion | GB/T 3280; FZ/T 90001 series |
| Bleaching Tank/Alkali Solution Tank of the Bleaching Machine | 316L | 0–6.0mm | 2B/Pickled | Chlorine bleaching + High pH stress corrosion cracking | GB/T 3280 |
| Casting Tanks/Piping | 316L/904L | 0–6.0mm | 2B/Pickled | Sulfuric acid/Sodium thiocyanate + High temperature + Cl⁻ | GB/T 3280; ASTM A240 |
| Spinning Box/Metering Pumps | 316L | Forged parts/Plate 5–30mm | Finished surface/Wheel polished | High-temperature polymer degradation + corrosion | GB/T 3280; GB/T 1220 |
| Wet Needle/Fiber Web | 304/316L | 0–3.0 mm | 2B/Perforated | High-pressure water washing + fiber wear + corrosion | GB/T 3280 |
Select MaterialsShow Operating ConditionsMaterial Selection
Consider Application Specifics
- What are the most common grades in this industry? (316L, 304, 321)
- Common corrosion sources: pitting and crevice corrosion (5/7 mentions).
- Welded components should be monitored for sensitization and chloride-induced stress corrosion cracking (3/7 mentions).
- Thickness range 1–400 mm: thin plates are mostly formed parts (consider springback in bending and cracking in deep drawing), thick plates are mostly welded structures (consider heat input and sensitization).
Common Issues
Which stainless steel is most used in textiles?
Based on the total of these 7 components, the most common grade is 316L (7 matches), followed by 304 (3 matches) and 321 (1 match). The specific choice for a part still depends on the medium and temperature; for example, stainless steel surfaces in contact with salt water should be changed from 304 to 316L.
Which type of component is most prone to problems?
Failure description, typically "J-Type High-Temperature High-Speed Dyeing Machine Cylinder": Chloride SCC: the dye contains Cl⁻, far above the critical temperature for austenitic SCC of approximately 60 °C to 140 °C; cracks originate at welds/fins/HAZ; recommended grades 316L/304/321, wall thickness approx. 4 mm. Such conditions suggest specifying the medium concentration, temperature and cleaning method during the design phase.
What thickness should I select?
The thickness range in the list is 1–400 mm. For thin plates, consider bending and surface finish; for thick plates, welding and structural strength. Values may vary by equipment manufacturer for the same location. Re-verify with your drawing or operating conditions.
Related Materials and Adjacent Industries
Applications7
Thickness1–400mm
Grades400/316L