Wood Grain Aluminum Coil Stock - Alloy 1100, 1060, 1200

Wood Grain Aluminum Coil Stock - Alloy 1100, 1060, 1200

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 5 m.t.

Supply Capability:: 6000 m.t./month

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Applications:

Aluminum foil roll is widely used in construction,decoration,hardware,

electric appliances,machinery and other industrial and civil purposes,

such as electronic capacitor,composite cooker,rice cooker,refrigerator,

computer casting,telecommunication,equipment,lamp shade,air conditioner,

cosmetics cover and so on.

Or it can be made as customers’ requirement.

Specifications

color aluminum coil
1000 series 1100 10160 1200
surface could be: Brushed, drawing, embossed, printing
color: red,

color aluminum coil

.Alloy type: 1050/1060/1100/1350

2.Temper: H16, H18, H22, H24

3.Thickness range: 0.1mm-4mm

4.Width range: 25mm-1600mm

5.Surface:finish: bright & smooth surface, without flow lines, slight oiled to avoid white rusting.

6.Quality material:totally free from such defefects as roll marks, edge damager, camber, white rust, oil patches, holes, break lines,

color aluminum coil

Name	color aluminum coil
Alloy or not	yes
Alloy	1100H16/18, 3003H24,3003H26,3005H26,8011,3004,3105,5005,etc.
Thickness	0.1-4mm
Width	≤1600mm
MOQ	5T
Coating finish	Brushed, drawing, embossed, printing
Color	As to code RAL
Surface	Embossed,Mill Finish,Coated,Brushed
Gloss	10-90%(EN ISO-2813:1994)
Total coating thick	PVDF27 ~35micron
Total coating thick	Polyester18~27micron(EN ISO-2360:1995)
Coating hardness	2H
Adhesion	5B (EN ISO-2409:1994)
Impact resistance	No cracking and peeling (A.S.T.M D2794-1993)
Flexibility (T-bend)	0T- 2T
MEK resistance	100
Certification	ISO9001:2000, CE, SGS
Coil's standard diameter	1100mm
Inner Diameter	405mm/505mm
Coil's standard weight	2000kgs

Color Aluminum Coil Stock Alloy 1100 1060 1200

Q: is Aluminum wrotten with a 2 behnd it?: No, you're thinking of diatomic molecules like dinitrogen and dihydrogen which come in pairs because forming a covalent bond with another atom fills up their electron shell which is what makes them most stable. Metals don't tend to form covalent bonds in bulk but have a kind of ionic bond. You could search for 'metallic bonding' and I imagine some helpful sites would appear. Basically, the electrons are shared, that's what makes metals conductors of electricity. kind regards

Q: How are aluminum coils used in the production of automotive heat shields?: Aluminum coils play a crucial role in the production of automotive heat shields. Heat shields are essential components in vehicles designed to protect various parts from excessive heat generated by the engine, exhaust system, or other heat sources. These shields are typically made from lightweight and heat-resistant materials, and aluminum coils are a popular choice due to their excellent thermal conductivity, durability, and corrosion resistance. In the production process, aluminum coils are first unwound and then cut into sheets of the desired size for the heat shields. These sheets are then formed into specific shapes using various techniques such as stamping, bending, or deep drawing. The ability of aluminum to be easily shaped and molded makes it ideal for creating heat shields with complex geometries, ensuring a precise fit in the vehicle. Once the desired shape is achieved, the aluminum sheets are often treated with a surface coating to enhance their heat resistance and protect against corrosion. This coating can be in the form of a ceramic or metallic layer, providing an additional barrier against extreme temperatures. The formed and coated aluminum sheets are then typically layered with other insulating materials, such as ceramic fibers or laminated films, to further enhance the heat shield's performance. These additional layers help to reduce heat transfer by reflecting or absorbing the heat energy, thereby protecting the surrounding components from potential damage or overheating. Finally, the assembled heat shields are mounted in specific locations within the vehicle, such as around the exhaust system or near the engine, using fasteners or adhesive techniques. The lightweight nature of aluminum coils ensures that the heat shields do not add unnecessary weight to the vehicle, which is crucial for maintaining fuel efficiency and overall performance. In conclusion, aluminum coils are used extensively in the production of automotive heat shields due to their excellent thermal conductivity, durability, and corrosion resistance. Their ability to be easily shaped and molded, combined with surface coatings and additional insulating layers, ensures effective heat insulation and protection for various vehicle components.

Q: Are aluminum coils suitable for use in the automotive industry and what are their applications?: Yes, aluminum coils are widely used in the automotive industry due to their lightweight, high strength, and corrosion resistance. They are utilized in various applications including vehicle body panels, engine components, heat exchangers, and electrical wiring. Aluminum's recyclability and energy efficiency also contribute to its popularity in automotive manufacturing, helping to reduce vehicle weight and improve fuel efficiency while adhering to environmental standards.

Q: Can aluminum coils be used in high-magnetic field applications?: No, aluminum coils are not suitable for high-magnetic field applications since aluminum is not magnetic and cannot effectively interact with magnetic fields.

Q: What are the different grades of aluminum used in coils?: Coils utilize various grades of aluminum, each boasting unique properties and applications. Notable grades encompass: 1. The 1000 series, a commercially pure aluminum, excels in fighting corrosion. It finds its niche in chemical processing devices and marine components, where corrosion resistance reigns supreme. 2. The 3000 series alloys shine with moderate strength and impressive formability. Their versatility sees them employed in cooking utensils, heat exchangers, and general sheet metal fabrication. 3. The 5000 series grade impresses with its weldability and corrosion resistance. Marine settings, transportation, and structural components all benefit from its presence. 4. The 6000 series alloys blend strength, formability, and corrosion resistance. As a result, they abound in architectural applications - window frames, doors, and curtain walls. 5. The 7000 series grade touts high strength and toughness. It's a favorite contender within aerospace, sporting goods, and automotive realms, where robustness is paramount. These examples merely scratch the surface of the aluminum grades employed in coils. Selecting the appropriate grade hinges on application-specific criteria like strength, corrosion resistance, formability, and weldability.

Q: This question asks for the methods and practices to keep aluminum coil in good condition and prevent damage or corrosion.: To maintain aluminum coil, follow these steps: Store the coil in a dry, clean environment to prevent moisture and dirt from causing rust. Keep it away from corrosive substances. Regularly inspect the coil for any signs of damage or corrosion, and address any issues promptly. Handle the coil carefully to avoid scratches or dents. Use protective coverings during transportation to prevent damage. Keep records of the coil's condition and maintenance history to track its performance over time. Regular maintenance will help extend the life of the aluminum coil and maintain its quality.

Q: Is it possible to use aluminum coils in the construction of a solar charger or battery pack?: While aluminum coils can be used in various electrical applications due to their conductivity, they are not typically used in solar chargers or battery packs. Solar chargers and battery packs usually require materials with higher conductivity and specific properties for efficient energy transfer and storage. Copper is more commonly used for wiring in these devices due to its superior conductivity compared to aluminum. Aluminum may not provide the necessary efficiency and could lead to energy loss. For the best performance in solar chargers and battery packs, it's recommended to use materials specifically designed for these applications, such as high-quality copper wiring and appropriate battery cells.

Q: Can aluminum coils be used for sound insulation?: Indeed, sound insulation can be achieved by employing aluminum coils. By virtue of its high density and capacity to absorb and disperse sound waves, aluminum possesses exceptional qualities for soundproofing purposes. When utilized in the form of coils, aluminum effectively obstructs and reflects sound, thereby diminishing noise transmission and furnishing insulation. Moreover, aluminum coils boast effortless installation and exhibit resistance against corrosion, rendering them a robust and enduring choice for soundproofing applications.

Q: How are aluminum coils processed for specific surface coatings?: Aluminum coils are processed for specific surface coatings through a series of steps. First, the coils go through cleaning and pre-treatment processes to remove any impurities and ensure proper adhesion of the coating. This step involves degreasing, etching, and rinsing. After pre-treatment, the coils are coated with the desired surface finish using techniques like coil coating or coil painting. This involves applying a layer of paint or coating material onto the surface of the coils using rollers or sprayers. Finally, the coated coils are cured or dried through heat treatment to ensure proper bonding and durability of the surface coating.

Q: Explain the differences between aluminum coil and aluminum foil when used in food packaging.: Aluminum coil and aluminum foil are both used in food packaging but serve different purposes. Aluminum coil is typically thicker and more rigid, used for making aluminum cans and containers. It provides a strong barrier against light, air, and moisture, which is crucial for preserving the quality and freshness of food. Aluminum foil, on the other hand, is thinner and more flexible, often used for wrapping food to protect it from contamination and to retain heat or cold during cooking or storage. It's also used for baking and roasting to prevent food from sticking to the pan or to add a crispy texture. While both materials are recyclable and provide a barrier against external elements, their specific applications in food packaging differ based on their physical properties and the needs of the packaging process.

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