PVDF Color Coated Aluminium Coil AA3003 Temper H14

PVDF Color Coated Aluminium Coil AA3003 Temper H14 System 1

PVDF Color Coated Aluminium Coil AA3003 Temper H14

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1.Structure of Product Description

PVDF Color Coated aluminium coils are widly used in decoration in the open air. The painting can last about 15-20 years. Now many Asian countries are choosing this product instead of steel products. For the painting brand, we can provide China brand, North American PPGI and European brand Becker. Usually our customers from European prefer Becker.

2. Main features of the product

‍a.Competitive price--CNBM have own mills, so we can provide more competitive price than those small suppliers.

b.Professional after-sale service--We have more than 20 years exportation experience, you can get most professional service from CNBM.

c.Fast delivery time--Usually our delivery time is about 30 days.

3. Image

PVDF Color Coated Aluminium Coil AA3003 Temper H14

4.Product Specification

Alloy	Temper	Painting	Coil ID	Coil Weight	Last Time
AA3003	H14	PVDF	505MM	Max 2.65 tons	15-20 years

5.FAQ:
What is the quality standard?
---Usually our standard is GB3880-2006

What is the largest width?
---It is 2300mm

What is your MOQ for this product?

---Usually we can do 5 tons for every size.

Q:What are the common surface defects or issues in aluminum coils?: Aluminum coils may exhibit various surface defects or issues that can arise from different causes. These defects can have detrimental effects on the appearance, quality, and functionality of the coils. Therefore, it is crucial for manufacturers and users to be mindful of these defects and implement necessary measures to prevent or reduce their occurrence. Scratches, for instance, are visible marks on the coil surface that result from contact with abrasive materials or mishandling during production, transportation, or storage. Streaks, on the other hand, manifest as long, narrow lines or bands on the coil surface, often caused by irregularities in the rolling process or impurities present in the aluminum material. Dents are localized depressions or deformations that can occur due to mishandling, accidental impacts, or improper storage practices. Corrosion, though aluminum is generally resistant, can arise from specific environmental conditions or exposure to corrosive agents, leading to the formation of oxide layers or pitting on the coil surface. Edge cracks refer to fissures that appear along the coil edges, resulting from improper cutting or shearing during manufacturing. Surface roughness, characterized by an uneven or bumpy texture, can arise from inadequate smoothing or finishing during rolling or processing. Oil stains may be observed as dark or discolored areas on the coil surface, caused by improper cleaning or lubrication during production. Coil set refers to the coil's tendency to retain a curvature or shape after unwinding, resulting from stresses induced during rolling, coiling, or cooling, leading to an uneven and non-flat surface. Roll marks are patterns or imprints left on the coil surface by the rolling mill or equipment, caused by uneven pressure or improper tool alignment. Discoloration, characterized by changes in color or appearance, can result from exposure to high temperatures, chemical reactions, or oxidation. It is essential to recognize these surface defects and their potential impact on the quality and performance of aluminum coils. By taking appropriate preventive measures, manufacturers and users can minimize these defects and ensure the desired appearance and functionality of the coils.

Q:How are aluminum coils used in the production of air ducts?: Aluminum coils are commonly used in the production of air ducts as they offer superior heat transfer and corrosion resistance properties. These coils are typically formed into a specific shape and size, allowing for efficient airflow and distribution of air throughout the duct system. The aluminum material is lightweight, making it easier to handle during installation, and its durability ensures a long lifespan for the air ducts. Additionally, the coils can be easily customized to meet specific requirements, such as insulation or noise reduction. Overall, aluminum coils play a crucial role in the manufacturing of air ducts, contributing to their functionality, efficiency, and longevity.

Q:How are aluminum coils used in the production of solar panels?: The production of solar panels heavily relies on aluminum coils, as they perform essential functions in the construction of photovoltaic modules. These coils are primarily employed as the framing material for the PV module, offering structural support and safeguarding the delicate solar cells from external forces like weather or physical harm. Aluminum's lightweight yet robust characteristics make it an ideal choice for this purpose, as it ensures durability without burdening the overall structure with excessive weight. Additionally, aluminum coils are commonly utilized as the backsheet material in solar panels. The backsheet plays a crucial role in shielding the solar cells from moisture, dust, and other environmental elements, acting as a barrier that prevents potential damage while providing electrical insulation. Aluminum's exceptional resistance to corrosion and its electrical conductivity make it highly suitable for this application. Moreover, aluminum coils are employed in the fabrication of the interconnection system within solar panels. This system comprises conducting wires that establish connections between individual solar cells, enabling the efficient flow of electricity among them. Aluminum's high electrical conductivity ensures minimal energy losses within the panel, facilitating the effective transmission of generated electricity. Furthermore, aluminum coils find utility in the manufacturing of various other components within solar panels, including junction boxes, connectors, and mounting systems. These components contribute to the overall functionality and reliability of solar panel systems. In summary, the extensive use of aluminum coils in solar panel production can be attributed to their lightweight, durable, and corrosion-resistant properties. These coils exhibit versatility and the ability to withstand harsh environmental conditions, making them indispensable for ensuring the efficiency and longevity of solar panel systems.

Q:How are aluminum coils coated for color matching and aesthetic purposes?: Aluminum coils are commonly coated for color matching and aesthetic purposes through a process known as coil coating. Coil coating is a continuous and highly automated process that involves applying a layer of paint or coating onto the aluminum coil surface. The first step in the coil coating process is cleaning the aluminum coil thoroughly to remove any dirt, grease, or oxidation. This is typically done using a combination of chemical cleaning agents and mechanical scrubbing methods to ensure a clean and smooth surface. After the cleaning process, a primer is applied to the aluminum coil. The primer acts as a bonding agent, improving the adhesion of the subsequent layers of paint or coating. The primer also helps to prevent corrosion on the aluminum surface. Once the primer is applied, the aluminum coil passes through a series of rollers, where the desired color coating is applied. This color coating can be achieved through various methods, such as coil coating, spray coating, or powder coating. Coil coating, being the most common method, involves the application of a liquid paint or coating onto the metal coil surface. The coating is then cured or dried using heat, ensuring proper adhesion and durability. To achieve color matching and aesthetic purposes, the paint or coating used is often customized to specific color palettes or customer requirements. This customization can be achieved by using a wide range of pigments and additives that alter the color, texture, and gloss level of the coating. Additionally, aluminum coils can also be coated with specialized coatings to enhance their aesthetic properties. For instance, there are coatings available that give the appearance of natural wood or stone, providing a more visually appealing finish. Overall, the process of coating aluminum coils for color matching and aesthetic purposes involves thorough cleaning, priming, and the application of customized paint or coatings. This ensures that the aluminum coils meet the desired aesthetics while also providing durability and protection against corrosion.

Q:Are there any certifications or standards for aluminum coils?: Certifications and standards exist for aluminum coils, ensuring their quality and performance. The Aluminum Association's Certification Program is widely recognized as the most prominent certification for aluminum coils. This program guarantees that the coils meet the specific standards and requirements established by the association. Moreover, multiple organizations such as ASTM International, ASME, and ISO have set various standards and specifications governing the manufacturing and performance of aluminum coils. These standards encompass crucial aspects like the coils' chemical composition, mechanical properties, and dimensional tolerances, guaranteeing compliance with industry requirements.

Q:I had a small exclusive group of friends in high school of nine people. For Christmas every year we'd have a get-together and exchange gifts. Now, I was never fond of the, He got something different! or, Why did she get a book and I got a scarf? So I would always give my friends each the same thing, but personalized for them.One year I made aluminum foil sculptures for them because I was especially poor...And they loved them! They ranged from a dragon, an elephant, a pacifier, to a tiny martini glass. I was really surprised that everyone liked them.So do you think that I could make these and sell them at craft fairs? I don't know...it's just something I've been thinking about recently and wondering if it would work.: I okorder / (...click on Wire and Aluminum Foil, and also on Other Uses and Ideas...) If you do it well, I'd assume that custom figures would be totally possible too (be sure to charge more for custom work right from the get-go!). HTH, Diane B.

Q:I would like to know why the ionic substance aluminium oxide doesn't dissolve in water.: It does dissolve, but only slightly. It has a solubility of about 0.0001 under atmospheric pressure, it doesn't dissolve because the aluminium is extremely strongly bonded to oxygen, so it can't dissociate very much at all. If you want to dissolve aluminium oxide, you should use an alkaline solution.

Q:How do aluminum coils contribute to reduced material waste?: Aluminum coils contribute to reduced material waste in several ways. Firstly, aluminum is a highly recyclable material, meaning that it can be melted down and reused multiple times without losing its properties. This recyclability factor alone contributes to reducing material waste as it prevents the need for new aluminum extraction and production. Additionally, aluminum coils are often used in industries where precision and efficiency are crucial, such as in the manufacturing of automobiles, HVAC systems, and electrical equipment. These coils can be easily customized to meet specific requirements, minimizing the need for excess material and reducing waste. Furthermore, aluminum coils offer high strength-to-weight ratio, meaning that they can be manufactured using less material while still maintaining the desired strength and durability. This lightweight characteristic contributes to reduced material waste as it allows for more efficient transportation and installation processes, resulting in lower fuel consumption and less environmental impact. Moreover, aluminum coils can be designed for longer lifespan and improved corrosion resistance. This durability factor helps to minimize the frequency of replacement, reducing material waste over time. Additionally, the long lifespan of aluminum coils makes them an attractive choice for sustainable construction practices, further contributing to reduced waste in the long run. Overall, the use of aluminum coils in various industries not only promotes recycling and reusability but also enables efficient customization, lightweight construction, enhanced durability, and extended lifespan. These factors collectively contribute to reducing material waste and making aluminum coils an environmentally-friendly choice.

Q:My dad saw an alternative medicine practioner who said he had high levels of aluminum in his blood ... from using aluminum cookware. She said this was causing the shortness of breath and dizziness he was experiencing. Since he has stopped using aluminum cookware, he is now fine. He saw regular doctors, and nobody else could figure out what was wrong with him. Has anyone else out there had any experience with this?: No but alumimun cookware can cause Alzheimer's

Q:Suppose a cube of aluminum which is 1.00 cm on a side accumulates a net charge of +1.50 pC.(a) What percentage of the electrons originally in the cube was removed?(b) By what percentage has the mass of the cube decreased because of this removal?So for a you need to find total number of electrons removed (which gives it the +1.5 pC charge), and divide that by the number of total electrons in Aluminum right? 13 electrons in Aluminum..and i really don't know much else on this. I've been searching the internet for hours man: One approach to this can use the density of aluminum to find the mass of the1 cm? block. The density of aluminum is 2.70-g/cm? so your cube has a mas of 2.70-g. The number of aluminum atoms in this block is: 2.7-g Al x (1 mol Al / 27.0-g Al) x (6.023 X 10?? atoms Al / 1 mol Al) = 6.023 x 10?? atoms Al. Each Al, as you pointed out, contains 13 electrons so we have 6.023 x 10?? atoms Al x 13 electron/atom = 7.83 x 10?? electrons. 1 x 10?? pC = 1 C and 1 C = 6.24 x 10?? electrons=== 1.5 pC x (1C / 1 x 10?? pC) x ( 6.24 x 10?? electrons / 1 C) = 9.36 x 10? electrons a.) % removed = 9.36 x 10? / 7.83 x 10?? x 100% = 1.2 x 10??? % b.) Each electron has a mass of 9.11 x 10???-g , so the total mass removed =9.11 x 10???-g/elec x 9.36 x 10? electrons = 8.53 x 10???-g. Thus the % decrease is (8.53 x 10???-g/ 2.7-g) x 100% = 3.16 x 10??? %

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