• AA1060 Prepainted Aluminium Coils Used for Construction System 1
  • AA1060 Prepainted Aluminium Coils Used for Construction System 2
  • AA1060 Prepainted Aluminium Coils Used for Construction System 3
AA1060 Prepainted Aluminium Coils Used for Construction

AA1060 Prepainted Aluminium Coils Used for Construction

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
5 m.t.
Supply Capability:
10000 m.t./month

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Item specifice

Grade:
1000 Series
Surface Treatment:
Color Coated
Shape:
Flat
Temper:
Half Hard
Application:
Decorations

1.Structure of AA1060 Prepainted Aluminium Coils Used for Construction Description

AA1060 Prepainted Aluminium Coils Used for Construction are of a wide range of colors, which give wonderful appearance no matter in residential and commercial constructions or great exhibition centers.

AA1060 Prepainted Aluminium Coils Used for Construction have been widely used in the fields of construction and decoration, electronic applications, lighting decoration, air-condition air pipes, sandwich panels and drainages etc.

2.Main Features of AA1060 Prepainted Aluminium Coils Used for Construction

•    Superior quality of raw material

•    Reasonable and stable chemical composition

•    Accurate tolerance

•    Goode mechanical property

3.AA1060 Prepainted Aluminium Coils Used for Construction Images

AA1060 Prepainted Aluminium Coils Used for Construction


AA1060 Prepainted Aluminium Coils Used for Construction


AA1060 Prepainted Aluminium Coils Used for Construction

4.AA1060 Prepainted Aluminium Coils Used for Construction Specification

Alloy

AA1060

Temper

H14,H16,H18,H22,H24,H26,H32,O/F

Thickness

0.03mm-3.0mm

Width

30mm-1700mm

Coating  

PE,PVDF,Epoxy

Painting   Thickness

Standard   16-25 Mic, max 40 Mic

Color

According   to RAL colors or customers' samples

Standard

GB/T   17748-1999

5.FAQ:

What is the quality standard?

---Usually our standard is GB3880-2006

What is the largest width?

---It is 2000mm

What is the MOQ?

---Usually we can accept 80 tons.


Q:A certain ionic compound is made entirely of aluminum and oxygenWhat is the formula for this compound?
Aluminum Oxide Al2O3
Q:How are aluminum coils protected against oxidation during storage?
Aluminum coils are protected against oxidation during storage through a variety of methods. One common method is applying a protective coating on the surface of the coils. This coating acts as a barrier, preventing oxygen from coming into contact with the aluminum and causing oxidation. The coating can be a thin layer of oil or a special protective film. Another method is storing the coils in a controlled environment with low humidity. Moisture in the air can accelerate the oxidation process, so by keeping the coils in a dry environment, the risk of oxidation is reduced. Additionally, aluminum coils can be stored in airtight packaging, such as plastic wraps or vacuum-sealed bags. This further minimizes the exposure to oxygen, preventing oxidation. It is also important to handle the coils with care during storage to avoid any damage that could potentially expose the aluminum to the air. Proper packaging and stacking techniques are crucial to ensure the coils remain protected. Overall, a combination of protective coatings, controlled environments, and proper handling techniques are employed to safeguard aluminum coils against oxidation during storage.
Q:What are the different coil transportation options for aluminum coils?
There are multiple transportation options available for aluminum coils, each offering their own advantages and suitability depending on various factors. These include: 1. Utilizing flatbed trucks: Commonly employed for aluminum coil transportation, flatbed trucks feature an open top and a flat, open trailer bed. To ensure secure transportation, the coils are firmly strapped or banded onto the bed, minimizing any potential movement. 2. Employing coil racks: Specifically designed for carrying aluminum coils, coil racks are specialized transportation equipment typically made of steel. These racks are placed within trucks or trailers, enabling the coils to be stacked and held in place by dividers, ensuring no shifting or damage occurs. 3. Opting for coil trailers: Specifically created for the transportation of aluminum coils, coil trailers possess a unique coil cradle system designed to securely hold the coils during transit. These cradles are adjustable, accommodating various coil sizes and preventing any potential movement or harm. 4. Considering container shipping: Another alternative for aluminum coil transportation involves the use of shipping containers. By loading the coils into the containers and securing them with straps or bracing, this option is frequently utilized for international transportation due to the ease of loading containers onto ships or trains. 5. Selecting rail transport: Rail transport presents an additional option for aluminum coil transportation, particularly for long-distance journeys. Specialized rail cars, known as coil cars, incorporate cradles or racks to securely hold the coils throughout the transit. This method is often chosen for its cost-effectiveness and efficiency. Ultimately, the selection of a suitable coil transportation option is dependent on factors such as distance, cost, and the specific requirements of the coils being transported.
Q:How are aluminum coils tested for surface hardness?
Aluminum coils are tested for surface hardness through a variety of methods to ensure their quality and suitability for various applications. One common method used is the Rockwell hardness test. In the Rockwell hardness test, a diamond or hardened steel ball is pressed into the surface of the aluminum coil using a specified amount of force. The depth of the indentation made by the ball is measured, and a hardness value is determined based on the difference in depth before and after applying the force. This value is then compared to a hardness scale to determine the surface hardness of the aluminum coil. Another method used is the Brinell hardness test. In this test, a hardened steel ball is pressed into the surface of the aluminum coil using a specified force. The diameter of the resulting indentation is measured, and a hardness value is calculated based on the applied force and the size of the indentation. This value is then compared to a hardness scale to determine the surface hardness of the aluminum coil. Both the Rockwell and Brinell hardness tests are non-destructive and provide accurate measures of the surface hardness of aluminum coils. These tests help manufacturers and customers ensure that the coils meet the required hardness specifications for their intended applications, such as in the automotive or construction industries. By testing for surface hardness, potential issues like brittleness or inadequate strength can be identified and addressed before the aluminum coils are used in the production process.
Q:What are the different types of alloys used for aluminum coils?
There are several different types of alloys that are commonly used for aluminum coils. The most commonly used alloy for aluminum coils is 3003. This alloy is known for its excellent corrosion resistance and moderate strength. It is often used in applications where high strength is not required, such as in roofing and siding. Another commonly used alloy for aluminum coils is 5052. This alloy has good weldability and formability, making it suitable for a wide range of applications. It is often used in the automotive industry for body panels and fuel tanks. 6061 is another popular alloy for aluminum coils. This alloy has excellent strength and is often used in structural applications. It is commonly used in the aerospace industry for aircraft parts and in the construction industry for structural components. Other alloys that are used for aluminum coils include 1100, 5005, and 8011. Each of these alloys has its own unique properties and characteristics, making them suitable for different applications. For example, 1100 is known for its high electrical conductivity and is often used in electrical applications, while 8011 is commonly used for packaging and food containers due to its excellent corrosion resistance. In summary, the different types of alloys used for aluminum coils include 3003, 5052, 6061, 1100, 5005, and 8011. These alloys offer a range of properties and characteristics that make them suitable for various applications across industries such as automotive, aerospace, construction, and packaging.
Q:What is the coefficient of thermal expansion of aluminum coils?
The coefficient of thermal expansion of aluminum coils is typically around 23 x 10^-6 per degree Celsius.
Q:Im trying to make a aluminum ring. I want it to be rock hard. PLZZAnswers that work get best answer
First off, use the right alloy. Making the right alloys yourself is a recipe for disaster so it is best to buy them. There are a number of inexpensive alloys of aluminum that can be hard enough to be used as a ring. 5000 series, 6000 series and 7000 series are all pretty hard. If the alloy has a T in front of it, that means you can temper it by heating it then cooling it at a given rate (usually fast). To make the surface just a little bit harder, you can then anodize it (check out the yahoo group anodizing 101 for details - you can get some really pretty colors this way) and seal it. You can also coat it with a thin layer of a clear acrylic. Of course, if you really want ROCK hard, you can oxidize it, combine it with oxygen to make Al2O3 which is corundum, more commonly known as ruby/sapphire - one of the hardest materials known to man. You could also look up someone on the web that makes synthetic rubies and ask them to make you a ring from the ruby itself...then maybe do some engraving and gold leaf on it so that the metal is set in the gem rather than vice versa! That would be pretty cool! Also about as hard as you can get and totally unique.
Q:if the resistivity of aluminium is 2.7×10-8 Ωm
Let ρ be the resistivity of the aluminum cable, A the cross sectional area of the cable and l the cable's length. The resistance R of the aluminum cable is now given by: R = ρ·l / A = 2.7·10^-8·(10·10^3) / (π·r?) = 2.7·10^-8·(10·10^3) / (π·(1·10^-3)?) = 85.9 Ω I guess the tricky part is remembering: R = ρ·l / A but when you realize how intuitive this equation is you don't have to memorize it. The resistance R is proportional to the resistivity ρ, so we must have the following in our equation: R = ρ·k , where k is some value governed by the dimensions of the cable! It is logical that the resistance is also proportional to the wires length l. This is logical when you realize that the longer the wire the more obstacles the electrons will have to pass by! Now we have that: R = ρ·l·c , where c is another value governed now by the cross sectional area (only dimensional property left). If we think of the wire as a highway with cars instead of electrons we realize that there is less resistance (higher speed) when the highway has many lanes and is very broad. From this we realize that the greater the cross sectional area the smaller the resistance. R must therefore be inversely proportional to A. We now have: R = ρ·l / A I hope there are no mistakes here :P
Q:Just want to know for any boat builders out there. I have been told by my local paddling store that there are no aluminum kayaks. Why couldn't i build one? it cant be weight, I would build the frame from 1/2 inch square aluminum tubing and the body out of 1/32 high grade sheeting. So why does something like this not exist?
There okorder
Q:Are aluminum coils resistant to UV rays?
Generally, aluminum coils possess resistance against UV rays. Aluminum, being a non-reactive metal, does not easily corrode or react with other substances. This resistance to corrosion also extends to UV rays. UV rays are a type of radiation emitted by the sun and can cause gradual damage to various materials, including fading, discoloration, and degradation. However, aluminum is renowned for its ability to withstand UV rays without significant harm. Hence, aluminum coils are an appropriate option for outdoor applications that involve exposure to sunlight and UV rays, such as air conditioning systems, refrigeration units, and solar panels. Furthermore, aluminum coils can be coated with protective finishes or paints to further enhance their resistance to UV rays and prolong their lifespan.

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