Steel, Aluminum and Copper
Alloy grade, cross-section, and coil/sheet/bar form determine stacking, anti-shifting measures, and lifting arrangements.
Details
- Used for structural fabrication or as raw materials for mechanical processing. Alloy grade, cross-section, and coil/sheet/bar form determine stacking, anti-shifting measures, and lifting arrangements.
- Specify the material grade, alloy composition, cross-section, thickness, length, and weight of each bundle. Materials requiring verification include steel, aluminum alloy, and copper.
- Secure bundles against shifting, protect sharp edges, and confirm lifting points for heavy coils or bundles.
- The grade, processing form, and surface condition must be matched against quality documentation for the corresponding batch.
Preparation
- Request documentation for material grades, a weight list for each bundle/coil, and lifting hook positions.
- Specify the material grade, alloy composition, cross-section, thickness, length, and weight of each bundle.
- Secure bundles against shifting, protect sharp edges, and confirm lifting points for heavy coils or bundles.
Frequently asked questions
For steel coils, should the weight of each coil or the total batch weight be provided?
Request documentation for material grades, a weight list for each bundle/coil, and lifting hook positions. Specify the material grade, alloy composition, cross-section, thickness, length, and weight of each bundle.
Which aspects of steel, aluminum, and copper need to be verified before proposing an arrangement?
The grade, processing form, and surface condition must be matched against quality documentation for the corresponding batch.