Description：
Aluminum coil packing line is tailored to handle the unique properties and requirements of aluminum coils. Aluminum coil packaging is the need to protect the material's delicate surface from scratches, oxidation, and other forms of damage. Automated wrapping equipment can precisely apply protective films, interleaving materials, and custom packaging solutions around each coil. This ensures consistent and uniform coverage, eliminating the variability associated with manual wrapping processes. Aluminum coils often have tighter dimensional tolerances and can be more susceptible to deformation during handling and transportation. The automated strapping systems used in these packaging lines are engineered to apply consistent, optimized tension to the coils, maintaining their shape and integrity. This helps enable efficient downstream processing and reduces the risk of product quality issues.
Specifications：
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Coil Inner Diameter (ID): 150 mm to 400 mm
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Coil Outer Diameter (OD): 600 mm to 1200 mm
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Coil width capacity: 50 mm to 150 mm
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Coil weight capacity: 500 kg to 3000 kg
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Packing speed: up to 30 coils per hour
Applicable industry:
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By automating this customization in Aluminum Coil Processing industry, the packaging line maintains consistent quality and eliminates the variability associated with manual bundling. It also improves productivity by reducing the time and labor required to prepare coils for shipment. The integrated system can automatically adjust parameters such as strap tension, wrapping patterns, and labeling to ensure consistent product quality and optimized space utilization during transport and storage. This end-to-end integration helps aluminum producers improve operational efficiency, reduce labor costs, and deliver a higher level of customer service. The automated interleaving application process ensures uniform and consistent placement of the protective layers between coils, regardless of their size or weight. This helps prevent the delicate aluminum surfaces from rubbing against each other during transport and storage, which can cause costly abrasion damage.