1050H14 Embossed Aluminum Sheet Manufacturer and Supplier
1050 embossed aluminum sheet is a metal material containing high-purity aluminum. Its chemical composition mainly includes aluminum (Al) 99.50%, silicon (Si) 0.25%, copper (Cu) 0.05%, etc. It has excellent corrosion resistance , Electrical and thermal conductivity.
1050 embossed aluminum sheet have such Product features
High purity: 1050 embossed aluminum plate belongs to the pure aluminum plate series and contains more than 99.5% aluminum, which makes it have higher purity and excellent physical properties among many aluminum plates.
Good corrosion resistance: Since the aluminum itself has good corrosion resistance, the 1050 embossed aluminum plate can maintain good stability in a variety of environments and is not easily corroded.
Good processing performance: 1050 embossed aluminum plate is easy to process into various shapes and sizes to meet different application needs.
Anti-skid performance: The embossing treatment increases the surface friction of the aluminum plate, giving it better anti-skid performance and is suitable for occasions where anti-skid is required.
Aesthetics: The embossed patterns are diverse and can be customized according to needs to increase the aesthetics and decoration of the product.
1050 embossed aluminum sheet used in various fields
1050 embossed aluminum sheet is widely used in the following fields due to its unique properties:
Architectural decoration: used for wall decoration, ceilings, curtain walls, etc. to enhance the aesthetics and practicality of buildings.
Transportation: interior and exterior decoration and anti-slip parts for vehicles such as cars, trains, ships, etc.
Mechanical equipment: used as protective panels, anti-skid plates, etc. for equipment to protect equipment and improve safety.
Packaging industry: used to make various packaging materials, such as cans, bottle caps, etc.
Chemical industry: used to make anti-corrosion linings for chemical equipment to resist erosion by chemical substances
| Product Name | Orange peel stucco embossed aluminum sheet for refrigerator |
| Alloy | 1050/1060/1100/3003 |
| Temper | H14/H16/H24 |
| Thickness | 0.2-0.8mm |
| Width | 100-1500mm |
| Length | Customed |
| Surface treatment | Mill finish, embossed |
| MOQ | 2.5MT |
| Package | Export standard, wooden pallet |
| Standard | GB/T3880-2006, Q/Q141-2004, ASTM, JIS,EN |
Embossed aluminum sheet
Can 1050 Embossed Aluminum Sheets be recycled?
Yes, 1050 embossed aluminum sheets can indeed be recycled. Aluminum is highly recyclable and the process for recycling it is straightforward.
When aluminum is recycled, it can be melted down and reused without losing quality or purity, unlike many other materials that may degrade with each cycle of recycling.
The embossed nature of these sheets (which means they have a textured surface due to a patterned roller press) does not prevent them from being recycled; however, the recycling process might need to account for the specific texture to ensure efficient processing and to maintain the integrity of the aluminum.
The sheets would typically go through a series of processes including cleaning, shredding, melting, and casting into new forms, which can include new aluminum sheets, cans, or various other aluminum products.
It’s important to note that the recycling process might vary depending on local regulations and the facilities available in your area.
Some facilities may have specific requirements for aluminum scrap, including the size, shape, and condition of the material. Always check with local recycling centers or metal recyclers to ensure proper disposal and recycling of your aluminum sheets.
How is 1050 Embossed Aluminum Sheet manufactured?
The manufacturing process for embossed aluminum sheets, such as the 1050 grade, typically involves several key steps:
1. **Raw Material Preparation**: The process begins with raw aluminum ingots or billets. These are typically made from high-purity aluminum and may undergo further refinement to ensure they meet the necessary specifications.
2. **Melting and Casting**: The refined aluminum is melted in large furnaces at extremely high temperatures (around 660°C to 760°C). After melting, the aluminum is cast into large slabs or ingots. In some cases, continuous casting processes might be used to produce thin, flat sheets directly.
3. **Rolling**: The hot aluminum slabs are then rolled through pairs of rollers to reduce their thickness and increase their length and width. This step is critical for achieving the desired sheet dimensions and mechanical properties.
4. **Tempering**: After rolling, the aluminum sheets undergo a process called tempering. This involves heating the sheets to a specific temperature and then cooling them rapidly. Tempering improves the strength and hardness of the material without significantly compromising its ductility.
5. **Embossing**: This is where the distinctive pattern on the aluminum sheet is created. The sheet is passed through a series of rollers that have a patterned surface. As the sheet passes between these rollers, the pattern is transferred onto the surface of the metal, creating the embossed texture.
6. **Cooling and Annealing**: Following embossing, the sheet is cooled down to room temperature. To improve its formability and corrosion resistance, it may also undergo an annealing process. This involves reheating the sheet to a lower temperature and then cooling it slowly.
7. **Quality Control**: Throughout the process, quality checks are performed to ensure that the sheets meet the required standards in terms of thickness, flatness, embossment quality, and surface finish.
8. **Cutting and Packaging**: Finally, the sheets are cut to the desired size using shears or waterjet cutting systems. They are then packaged in protective materials to prevent damage during storage and transportation.
Each step in this process is crucial for producing high-quality embossed aluminum sheets suitable for various applications, including architectural cladding, kitchenware, and industrial components.
