The billet manufacturing process allows the production of steel with a low content of impurities and non-metallic inclusions.
Steel grades can be made to customer specifications, subject to a feasibility study.
Product description
Low- and medium-carbon content steel billets suitable for the production of steel intended for the following applications:
Certification
Certified to EN 10204, point 2.2, proving conformity with the technical data sheet.
Range of dimensions
Billets with a square section of 130x130 mm and 160x160 mm
Length from 5 to 12 m.
Labelling
Each billet bears:
Trade names
Billets
Geometrical features
| Cross section | Length |
| Square 130/160 mm | 5-12 m ± 100 mm |
Dimensional tolerances
| Side | Diagonal | Straightness | Twisting |
| +/- 2 mm | ± 3% | < 1°/m |
Chemical characteristics
The table below shows the composition range of our billets:
| C % | Mn % | Si % | P % | S % | Cu % | Sn % | Cr % | Ni % | Mo % | N % | Ceq % | |
| Min Max | 0,040,65 | 0,351,5 | 0,050,6 | < 0,050 | < 0,050 | < 0,80 | < 0,050 | < 0,25 | < 0,30 | < 0,07 | < 0,012 | < 0,50 |
Sales Organisation
Range of dimensions
Billets with a square section of 130x130 mm
Length from 6 to 12 m
Labelling
Each billet bears:
Trade names
Billets
Geometrical features
| Cross section | Length |
| Square 130 mm | 11 m ± 100 mm |
Dimensional tolerances
| Side | Diagonal | Straightness | Twisting |
| -3 / +2 mm | ± 1,8% | < 5 mm/m at the butt ends < 40 mm distributed | < 5°/m, max 15° on the entire length |
Chemical characteristics
The table below shows the composition range of our billets:
| C % | Mn % | Si % | P % | S % | Cu % | Sn % | Cr % | Ni % | Mo % | N % | Ceq % | |
| Min Max | 0,150,22 | 0,600,85 | 0,150,25 | < 0,050 | < 0,050 | < 0,80 | < 0,050 | < 0,25 | < 0,30 | < 0,07 | < 0,012 | < 0,50 |
Sales Organisation
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