Summer's coming! Use the off-peak season to grab the best deals
For your orders placed on ArcelorMittal e-steel, ArcelorMittal offers several delivery solutions.
Find all the practical information about the terms and conditions of delivery below.
* For security reasons, if you want to use a new delivery address for your online order, please contact your agency.
** During the opening hours of the agency
* For standard delivery, the size and unit weight of the products of your order must not exceed 6 ml in length and 50 kg. The total weight of the order must not exceed 250 kg.
** During the working hours of the agency
To allow you to safely receive your products ordered on ArcelorMittal e-steel, we ask you to respect the conditions set out below:
Risks and dangers: collision with other vehicle, crushing of third parties.
Safety instructions on the site:
Risks and dangers: cutting, burning.
Safety instructions on the site:
Risks and dangers: jamming, crushing.
You are responsible for the loading and the state of your vehicle, of its capacities to circulate safely and the stowage of loaded products.
However, if our staff believes that your safety, or that of other road users, is compromised, it has the power to refuse delivery.
The fundamentals of the highway code:
GVWR: Total Allowable Weight = maximum weight of the vehicle, load included. The driver must refuse any excess load.
This GVWR is a function of the load balance on all wheels and can therefore be reduced in the event of overhang of products in the rear.
Dimensions: loading must not interfere with the movements nor with the visibility of the driver.
In length, the loading can only exceed in the rear section:
In width, the load must not exceed 2.55 meters.
Roof: any product loaded on the roof must be stowed. Check the load capacity of the roof bars (as well as that of the vehicle for a load on the roof).
Risks and dangers: losing control of the vehicle in case of overload, causing an accident in case of improper stowage, jamming or crushing of a third party due to the congestion of the transported material.