Product information
Stainless steel round bars – X5CrNi18-10 (1.4301) / 1.4305 according to EN 10088-3
These stainless steel round bars are manufactured from stainless steel X5CrNi18-10 (1.4301), also known as V2A or AISI 304, and alternatively from 1.4305 (AISI 303). The round bars are produced in drawn condition (h9) and feature a bright, scale-free surface. The material complies with the requirements of EN 10088-3 and offers high corrosion resistance as well as good mechanical properties.
Main features
- Material: X5CrNi18-10 (1.4301) / 1.4305
- Standard: EN 10088-3
- Manufacturing: drawn, tolerance class h9
- Surface: raw / bright, scale-free
- Profile shape: round bar
Note: Saw-cut edges are unfinished and not deburred due to production. Production-related surface characteristics such as slight scratches, drawing marks or batch-related differences may occur and do not constitute grounds for complaint, provided the requirements of the applicable standards are met.
Material properties
- very good corrosion resistance
- good formability
- very good weldability (1.4301)
- good machinability (especially 1.4305)
- non-magnetizable in solution-annealed condition
- scale-free, bright surface
- suitable for applications in the food sector
Technical specifications
- Material: X5CrNi18-10 (1.4301) / 1.4305
- Material number: 1.4301 (AISI 304), 1.4305 (AISI 303)
- Standard: EN 10088-3
- Surface: raw / bright
- Manufacturing process: drawn, h9
- Tolerances: according to EN 10278
- Lengths: standard lengths or custom cut
- Dimensions: according to selected diameter
Dimensional tolerances
The dimensional tolerances for stainless steel round bars are based on EN 10278 in tolerance class h9 (drawn). Material- and manufacturing-related deviations within the standard are permissible.
Applications
- mechanical and plant engineering
- food and hygiene sector
- metal and steel construction structures
- railings and decorative elements
- indoor and outdoor applications
- DIY and construction projects
Surface condition and appearance may vary depending on the batch. Deviations between the product presentation and the actual delivery are possible due to different production batches as well as display-related screen deviations and do not constitute grounds for complaint.
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