• H14 H16 H18 5052 Flat Aluminum Roofing Sheets for Decoration System 1
  • H14 H16 H18 5052 Flat Aluminum Roofing Sheets for Decoration System 2
H14 H16 H18 5052 Flat Aluminum Roofing Sheets for Decoration

H14 H16 H18 5052 Flat Aluminum Roofing Sheets for Decoration

Ref Price:
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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
5 m.t.
Supply Capability:
500 m.t./month

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Specification

Grade:
3000 Series,5000 Series
Surface Treatment:
Mill Finish
Shape:
Square,Flat
Temper:
Half Hard
Application:
Insulation Material,Decorations
Technique:
C/C,D/C
Thickness:
0.08-8mm
Width:
150-2000mm
Length:
2440
Packaging:
Wooden pallets with paper intereaved

H14 H16 H18 5052 aluminum plate for decoration



ALLOY : AA1***(AA1050,AA1060,AA1070,AA1100etc)

       AA3***(AA3003,AA3004,AA3005,AA3105etc)

       AA5***(AA5052 etc)

TEMPER:H14,H18,H24,H26,H32

THICKNESS:0.2mm-20mm

WIDTH:10mm-1500mm

EMBOSSED PATTERNS : Diamond, stucoo,bars etc

STANDARD: GB/T3880-2006

Special specification is available on customer's requirement


Product Description

 

Goods name

Aluminum plate

alloy

Yes

Plance of origin

China  

Quality

Prime quality

Certificate

ISO9001

Grade

3000 Series

Thickness

0.3-150mm

Type

                                                          Plate

Width

                                                     300-1950mm

Model   number

3003,3004,3005,3014,3105

Surface

Mill finish

Temper

O-H112



Ensure

we can supply customers' with different specifications of  the highest quality and lowest price.

Sincerely welcome to contact us for the future details if any item interest you ,and we will make every effort to assure that your requirements will be satisfied,and we hope to establish long-term business relations with you on the basis of the equality and mutual benefit.


H14 H16 H18 5052 Aluminum Plate for Decoration

H14 H16 H18 5052 Aluminum Plate for Decoration


Q: why is it gd and what are common aluminium compounds??? thx
Where aluminium is the third most common element on the planet (after oxygen and hydrogen), it is also the most used element on the planet, everything from pull tabs on soda cans to girders used in construction. Car parts, dog tags, pots and pans, it is everywhere. 95% of aluminium survives recycling, so when you recycle 1,000 can's (or return for deposit in 13 states), it is back on the shelves in the form of 950 new cans in just 6 weeks. As aluminium is a very difficult metal to seprate from other ores such as bauxite, recycling both protects the enviroment by slowing mining, and stabelizing the economy. Its not just a win-win, it can also be quite profitable even with the current low prices for aluminium on the markets.
Q: why is aluminium used instead of copper for high voltage electrical cables????
All of the earlier answers are correct and the first one is very good but nobody mentioned the fact that aluminium does not have much tensile strength, and that as a result of this, some high voltage aluminium cables have a steel cable in the centre to give them the required tensile strength. Aluminium bus-bars are very popular in low voltage work because they do not need to be flexible or possess much tensile strength but yet provide the benefits of being light and cheap.
Q: can the oxide film on the surface of aluminum sheet prevent the erosion of acid liquid? Why?
yes, acid can react with aluminum oxide , generating salt and water, but its anti-corrosion will be stronger if oxide film on the surface is enough dense.
Q: Remember the notorious Chevy Vega of the 1970's? As I recall,one the big problems with that car was that it was equipped with an aluminum block engine. The new Ford Mustangs arealso equipped with aluminum engines to reduce curb weightand improve fuel efficiency. Will they be prone to the sameproblems that the Vega had down the road? Are there othermanufacturers that have used aluminum engines with successrecently?
Aluminum Block Engines
Q: Is it possible to utilize doors constructed from recycled materials for a project?
<p>Yes, you can use doors made from recycled materials in your project. These doors are not only environmentally friendly but also help reduce waste. They can be made from a variety of recycled materials, including plastic, metal, or wood. Ensure that the recycled doors meet the necessary safety and quality standards for your project. It's also important to consider the durability and performance of these doors, as they should be able to withstand regular use and maintain their integrity over time.</p>
Q: Are the aluminum sheets suitable for manufacturing sporting equipment?
Yes, aluminum sheets are suitable for manufacturing sporting equipment. Aluminum is a lightweight and durable material that offers numerous advantages for the production of sporting equipment. Its inherent strength-to-weight ratio makes it ideal for applications that require strength while keeping the overall weight down. Additionally, aluminum is highly corrosion-resistant, which is crucial for sporting equipment that is exposed to various weather conditions. Furthermore, aluminum can be easily formed into different shapes and sizes, allowing manufacturers to create customized equipment for different sports. Overall, the use of aluminum sheets in the manufacturing of sporting equipment ensures the production of high-quality, lightweight, and durable products that enhance performance and durability.
Q: What are the different methods of heat treating aluminum sheet?
There are several methods of heat treating aluminum sheet, including solution heat treatment, precipitation hardening, annealing, and stress relieving.
Q: What is the maximum temperature aluminum sheets can withstand?
The ability of aluminum sheets to tolerate high temperatures is influenced by various factors, such as the composition and thickness of the alloy, as well as the specific application and environment. Pure aluminum, in general, has a melting point of approximately 660 degrees Celsius (1220 degrees Fahrenheit), but its strength and rigidity decrease at lower temperatures. Commercial aluminum alloys, on the other hand, have higher melting points and can endure greater temperatures. For instance, the melting point of 6061 aluminum alloy is roughly 580 degrees Celsius (1076 degrees Fahrenheit), while the melting point of 7075 aluminum alloy is slightly higher at around 640 degrees Celsius (1184 degrees Fahrenheit). Nevertheless, it is important to highlight that the maximum temperature that aluminum sheets can handle without significant distortion or structural harm may be lower than their melting point. This is due to the fact that aluminum's mechanical properties and strength deteriorate at elevated temperatures. When using aluminum sheets in applications involving high temperatures, it is crucial to consider the specific alloy and its thermal characteristics, as well as any potential alterations in strength, hardness, or other pertinent properties that may occur at elevated temperatures. Consulting material specifications, engineering guidelines, or seeking advice from metallurgical experts can provide more accurate and specific information regarding the maximum temperature capabilities of aluminum sheets for a particular application.
Q: Are aluminum sheets resistant to abrasion?
Yes, aluminum sheets are generally resistant to abrasion due to their hardness and durability.
Q: How do aluminum sheets perform in terms of fatigue resistance?
Aluminum sheets are known for their excellent fatigue resistance. This means they are capable of withstanding repeated cycles of stress and strain without experiencing significant deterioration in their mechanical properties. Fatigue resistance in aluminum sheets is primarily attributed to their microstructure, which consists of small and uniformly distributed grains. This microstructure helps in distributing the applied stress more evenly throughout the material, preventing the formation and propagation of cracks. Additionally, aluminum sheets can be further enhanced for fatigue resistance through various processing techniques such as heat treatment, alloying, and surface treatments. These techniques can refine the microstructure, increase the strength, and improve the overall fatigue performance of the material. Moreover, aluminum has a relatively low density compared to other metals, which contributes to its superior fatigue resistance. The low density allows for better energy absorption during cyclic loading, reducing the likelihood of crack initiation and propagation. However, it is important to note that fatigue resistance can vary depending on the specific alloy, temper, and thickness of the aluminum sheet. Different aluminum alloys have different mechanical properties and fatigue limits, so it is crucial to select the appropriate alloy and temper based on the specific application requirements. Overall, aluminum sheets are well-regarded for their excellent fatigue resistance, making them a popular choice in industries requiring materials that can withstand cyclic loading and extended service life.

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