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Description
Stainless round bar with a diameter of 40 mm and a length of 300 cm, made of steel grade 1.4541 / 321 by hot rolling. Theoretical weight of the section: 29.6 kg.
Grade 1.4541 / 321 is a titanium-stabilised austenitic stainless steel. This grade is characterised by good corrosion resistance and is often chosen for applications where resistance to elevated temperatures and good structural stability of the material are important. Steel 1.4541 is used in the mechanical engineering, energy, chemical industries and in components of installations working under more demanding thermal conditions.
Hot-rolled bars are produced by rolling steel at elevated temperatures. This method allows for a wide range of diameters and ensures good material ductility. The surface of hot-rolled bars may exhibit a characteristic mill scale layer, which is removed during further processing.
Technical data
| Item length | 300 cm |
| Diameter | 40 mm |
| Steel grade | 1.4541 |
| Norm | EN10088-3:2014 |
| 3.1 certificate available | Yes |
| Production method | Hot rolled |
| Diameter tolerance | k12 |
| Cutting tolerance | -0 / +5 mm |
| Weight | 29.59 kg |
| Product code | S-PGL/040.00/1.4541/300CM |
Legal notes
⚠ Notice! Non-prefabricated goods made to the consumer's specification — not subject to the right of withdrawal pursuant to Art. 16(c) of Directive 2011/83/EU on consumer rights.
Sections are cut from stock material with lengths ranging from 5000–7000 mm. Cutting tolerance: -0 / +5 mm. When purchasing multiple units of the same product, you will receive separate sections. Cutting to any custom length is possible upon consultation.
The bar is a steel mill product, manufactured in accordance with EN or ASTM standards, intended for further processing. The image shown in the listing is illustrative and does not represent the actual surface of the product. Due to the characteristics of the band saw used for cutting, a perfectly smooth surface at the cut area cannot be guaranteed.
Any properties not listed in the offer are determined by the standard.
