Metallurgical solutions

Products for automotive

ArcelorMittal products offer: a complete range of products offering all kinds of compromises between stampability and lightening.
We are able to process all these steels in our SSC. Products for automotive

Products for industry

All product range from ArcelorMittal catalogue
 

Zincor®
Galfan®
Aluzinc®
Alusi®
Alupur®
Easyfilm®

 
All products for Home appliance industry
EG phosphated steels for TV applications

Focus on flat steel processing

Small Coils

Transformation of one coil in several coils with smaler external diameter then the original coil

Slitting

Transformation of one coil into several coils with smaller width and/or diameter then the original coil

Cut to Length

Transformation of the coil into rectangular sheets

Trapezoids Cutting

Transformation of the coil into trapezoidal sheets

Blanking

Transformation of the coil into sheets with several shapes. It requires tool and press installation
 

Multi – blanking line L1

Year of installation in Senica: 2006, Producer STAMCO

 
Multi – blanking line L1

Slitting line L2

Year of installation in Senica: 2006, Producer STAMCO

 
Slitting line L2

Slitting line 4

Year of installation in Senica: 2009, Producer: Fagor

 
Slitting line 4

Press – 500 T L3

Year of installation in Senica: 2006, Producer: Weingarten

 
Press – 500 T L3

Tolerances on dimensions and shape

Hot rolled pickled

Tolerance on dimensions according to the norm STN EN 10051 + A1

Width tolerances (for sheets)

Limit deviations of the sheet width should correspond to the values stated in the table (Dimensions in mm).

 
Width tolerances (for sheets) 1) Limit width deviations of the sheet with trim edges apply to all products with nominal thickness ≤ 10 mm; for the products with nominal thickness > 10 mm, bigger upper limit deviations might be specified in the order..

Length tolerances (for sheets)

Limit deviations must correspond to the values indicated in the table (Dimensions in mm).

 
Length tolerances (for sheets)

Flatness (for sheets)

Flatness tolerances for the steels with standard deformation resistance in hot (class A) (Dimensions in mm).

 
Flatness (for sheets)
 

Cold rolled

Tolerance on dimensions according to the norm STN EN 10131

Width tolerances

Width tolerances for slitted strips with width up to 600 mm (Dimensions in mm).

 
Width tolerances

Width tolerances for coils should comply with the values stated in the table
(Dimensions in mm).

 
Width tolerances

Length tolerances (for sheets)

Length tolerances for sheets are stated in the table (Dimensions in mm).

 
Length tolerances (for sheets)

Flatness

Flatness tolerances for the sheets of steel with determined minimum yield strength 260 MPa ≤Re < 340 MPa (Dimensions in mm).

 
Flatness
 

Hot dip galvanized

Tolerance on dimensions according to the norm STN EN 10143

Width tolerances

Width tolerances for slitted strips with the width up to 600 mm (Dimensions in mm).

 
Hot dip galvanized width tolerances

Width tolerances for sheets and coils (Dimensions in mm).

 
Width tolerances for sheets and coils

Length tolerances

Length dimensions are measured along lengthwise side of the sheet the sheared length (Dimensions in mm).

 
Length tolerances

Flatness

Flatness tolerance is the biggest allowed distance between the sheet and the horizontal surface on which it is placed.
Measurement of waviness is performed only on the sheet edges. Flatness tolerancies are valid just for sheets. Lower flatness tolerances as well as narrowed tolerances might be specified in the order.

Flatness tolerances for the steel with determined minimum agreed yield strength 260 MPa ≥ Rp0,2 < 360 MP and for the steels Dx51D and S5500GD (Dimensions in mm).

 
Flatness

Squareness

Below you will find the squareness given according to the current norms for steel, stainless steel and aluminium.

Steel

In the standard DS/N 10131 (cold rolled), DS/EN 10051 (hot rolled) DS/N 10143 (galvanized) the permissible deviation from squareness U (please see diagram) is stated as 1% of the sheet/plate width. As these deviations are not applicable in practice, we use the difference between the 2 diagonal figures as a measure for the deviation from squareness. A large camper may cause problems in observing the indicaded diagonal measurements. If they cannot be observed we make a works claims report.

The smaller the difference between the 2 diagonal measures is, the more rightangled the sheet/plate is (in case of a parallellogram).

The table bellow indicates the diagonal deviation for the 3 standard sizes resulting from the permissible deviation of the above mentioned norms of 1% of the sheet/plate width.

Camber

Camber in the material occurs as a result of the rolling process at he steelworks. We cannot remove the camber effect from the material during the slitting or cut-to-length processes.

When a coil is rolled out on a plane surface the camber effect appears as a curve in the plane. Often this effect is without any signifi cance, but it may cause problems in connection with long sheets/plates or sheets/plates where the side is to be used for mouting purposes for instance when 2 sheets/plates are welded together.

If the camber effect causess diffi culties, the only way to solve this problem is to shear the sides in which case you can be virtually certain that the camber effect is eliminated.

DIN 10131 (cold rolled) and DS/EN 10143 (galvanized) stipulate a maximum camber of 5 mm, measured on a length of 2 metres. For lenghts shorter than 2 metres the maximum camber allowed is 0,25 % of the measured length.

Camber EN 10051 A1

For a nominal sheet/plate lenght < 5000 mm the maximum camber (lenght curvature) allowed is maximum 0,5% of the total sheet/plate lenght, For sheets/plates with a lenght ≥ 5000 mm and a width ≥ 600 mm the maximum camber allowed - measured over 5000 mm - is 20 mm for sheets/plates without edge trimming and 15 mm for sheets/plates with edge trimming.

Labelling

Small label

Small label

Big label

big label

Packaging type

Packaging type 1 Packaging type 2
Packaging type 3 Packaging type 4
Packaging type 5 Packaging type 6
Packaging type 7

Necessary technical information and logistics

AMG has unique IT system Synergie fully compatible with AM SSC network and AM mills. It allowed us to put your order direct into the mill production planning.
Data necessary for order entry in our IT SYSTEM are technical data sheets including at least:
Sheets:
  • thickness x width x length
  • quality
  • grade following OEM specifications or Euronorm
  • tolerances
  • max. diagonal deviation
  • surface demand
  • pallete weight or number of sheets per package
 Slit strips:
  • thickness x width
  • quality
  • grade following OEM specifications or Euronorm
  • tolerances
  • Inner, outer diameter
  • surface demand
  • pallete weight or number of strips per package
Packing type:
  • according to AMG standards
Transport instructions:
  • according to INCOTERMS

Logistics

We can assure "just in time" deliveries keeping simply forecast method from your side. We need each week updated forecast with 12 weeks and only 2 weeks firm. Our Back office team will manage that with your supply chain team and will propose you a tailor made logistic offer based on dynamic flows for your full satisfaction. That will imply a logistic agreement with common rules and shared weekly indicators.

Our most important objective is to deliver the value in form of service to establish a long term cooperation.

Master coils incoming by trucks or block train (17 wagons) directly into warehouse. Loading is done also inside the hall.

Deliveries to our clients in full trucks 24 t.

Certificate – Quality management system according to ISO/TS 16949:2002

certificates 1 certificates 2