Roll of aluminum sheet typically refer to aluminum coils, a processing method for aluminum materials. Aluminum coils are thin sheets of aluminum produced by rolling and cooling aluminum ingots, which are then rolled into coils. Due to their lightweight, ease of processing, and corrosion resistance, aluminum coil sheets are widely used in construction, transportation, packaging, electronics, and many other industries. Supplying aluminum sheets in rolls is a common method, especially suitable for thin aluminum sheets and scenarios with specific processing requirements.
Specification of the roll of aluminum sheet product are:
Materials: Includes pure aluminum such as 1060, 1050, and 1100, as well as alloy materials such as 3003, 5052, 5083, and 6061.
Temper: Untreated (O temper), Annealed (H14/H18)
Thickness range: Generally between 0.1mm and 10mm,
Width range: Typically 800mm to 2200mm, but specific specifications may vary depending on the manufacturer's production capacity and customer requirements.
Precision tolerances:
Thickness tolerance ±0.02mm (thin coil) / ±0.1mm (thick coil); Width tolerance ±5mm
Surface Treatments:
Coating, anodizing, color coating, brushed finish, mirror finish, embossing, etc.
Applications:
Roll of aluminum sheets are widely used in the building decoration industry, such as roofing and curtain walls; in the electronics and electrical appliance industry, they can be used to manufacture radiators, chassis and cabinets; they are also commonly used for pipe corrosion protection and insulation, as well as the production of stretched parts for lamps, cookware, etc.
Processing advantages of roll of aluminum sheet product:
Coiled supply facilitates transportation and storage, reducing damage from impacts during transport. Furthermore, for customers requiring subsequent processing such as leveling, slitting, shearing, and coating, roll of aluminium sheets better meet their customized needs, improve material utilization, and reduce processing costs.
Application areas of aluminum coils product:
- Architectural decoration:
1060/1100/3003/5052, 0.3-1.5mm×1220/1500/2000mm, smooth surface, scratch-resistant film coating, easy to bend and spray, customizable film color, supports slitting/flattening.
- Roofing/Curtain wall engineering:
3003/5052/5083, 1.0-3.0mm×1500-2200mm, corrosion-resistant, wind-load resistant, good weldability, anti-slip/embossed surface available, length customized according to project dimensions.
- Electronics & Electrical appliances:
1060/3003/6061, 0.1-0.5mm×300-800mm (narrow roll), high precision tolerance, electrical and thermal conductivity, easy stamping, supports precision slitting (±0.1mm tolerance).
- Pipeline corrosion protection and insulation
1050/1060, 0.5-1.2mm×1000-1600mm, good ductility, easy to wrap, oxidation resistant, supports large roll weight (2000-3000kg) supply, reducing splicing costs.
- Automotive manufacturing:
5052/6061/6063, 0.8-2.0mm×1220-1800mm, lightweight, high strength, can be stamped, available in annealed state (O/H14) to meet bending processing requirements.
- Packaging containers:
1060/1100, 0.1-0.3mm×500-1000mm, thin and tough, easy to stretch, food contact safe, food-grade material certification, supports narrow-width slitting.
- Mechanical equipment housings:
3003/5052/6061, 1.5-3.0mm×1000-1500mm, impact resistant, easy to weld, surface can be brushed/sandblasted, shortening customer processing cycle.
- Lighting fixtures/Radiators:
1060/6063, 0.3-1.0mm × 600-1220mm, good thermal conductivity, easy to cut, smooth surface, high-precision thickness control (±0.02mm), small roll customization supported.
We BCM are a roll of aluminum sheet manufacturer with ample stock of standard specifications (0.2-3.0mm × 1220/1500mm × standard roll weight), shipping within 7-10 days after order placement; customized specifications (extra wide/extra thin/special alloys) have a production cycle of 10-20 days. We can provide value-added processing such as slitting, leveling, and cutting, priced according to processing difficulty, reducing subsequent costs for customers.
