• Hot Rolled Aluminium Strips for Cold Rolling AA5083 System 1
  • Hot Rolled Aluminium Strips for Cold Rolling AA5083 System 2
  • Hot Rolled Aluminium Strips for Cold Rolling AA5083 System 3
Hot Rolled Aluminium Strips for Cold Rolling AA5083

Hot Rolled Aluminium Strips for Cold Rolling AA5083

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
5 m.t.
Supply Capability:
20000 m.t./month

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Item specifice

Grade:
5000 Series
Surface Treatment:
Mill Finish
Shape:
Flat
Temper:
O-H112
Application:
Transportation Tools

1.Structure of  Hot Rolled Aluminium Strips for Cold Rolling AA5083

Hot Rolled Aluminium Strips for Cold Rolling AA5083 is one semi-finished aluminium material. This strip can be rolled down to aluminium coil,sheet,circle ect.  The alloy AA1050 is widly used in building, industry ect. Its weight is much lower than steel. So many customers choosed aluminium material instead of steel.

2. Main features of Hot Rolled Aluminium Strips for Cold Rolling AA5083

a.Competitive price---We have our own mills and can produce mill finished aluminium coils, so we can control the production cost better.

b.Professional after-sale service---We have more than 15 years exportation experience and you need not worry about the exporation problems.

c.Fast delivery time---We can control the delivery time within 35 days.


3. Image of Hot Rolled Aluminium Strips for Cold Rolling AA5083

 

 

Hot Rolled Aluminium Strips for Cold Rolling AA5083

Hot Rolled Aluminium Strips for Cold Rolling AA5083

Hot Rolled Aluminium Strips for Cold Rolling AA5083


4. Product Specification of Hot Rolled Aluminium Strips for Cold Rolling AA5083

AlloyTemperStyleThicknessWidth
AA5083H14Direct Casting
0.2mm-3mm1000mm-1500mm


5.FAQ of Hot Rolled Aluminium Strips for Cold Rolling AA5083

What is the quality standard?

---Usually our standard is GB3880-2006

What is the largest width?

---It is 2300mm

What is the MOQ?

---Usually we can accept 80 tons.


Q:How do you prevent warping of aluminum sheets during machining?
There are several measures that can be taken to prevent warping of aluminum sheets during machining: 1. Proper material selection is crucial in minimizing warping. Opt for aluminum alloys with lower levels of thermal expansion, like 6061 or 7075, as they are less prone to warping. 2. It is recommended to stabilize the material before machining by annealing or stress-relieving the aluminum sheets. This process reduces internal stresses and decreases the likelihood of warping. 3. Ensure the use of appropriate cutting tools. Opt for tools with sharp edges and proper geometry to minimize heat generation and facilitate efficient chip removal. Carbide or diamond-coated tools are often preferred for their high heat resistance when machining aluminum. 4. Minimize heat generation during machining, as excessive heat can cause warping. Implement the use of coolant or lubricants to reduce friction and dissipate heat. Continuous cooling helps maintain a stable temperature and prevents warping. 5. Properly control cutting parameters such as cutting speed, feed rate, and depth of cut to prevent warping. High cutting speeds or excessive material removal rates generate excessive heat, which leads to warping. Experimentation and experience should determine the optimal parameters. 6. Use appropriate fixturing during machining to minimize the chances of warping. Securely clamp the aluminum sheets using suitable fixtures or jigs to maintain stability and prevent movement. 7. Consider employing machining techniques like climb milling or ramping, which reduce vibrations and ensure a smoother cutting process, thereby reducing the risk of warping. 8. After machining, it is advisable to stress-relieve the aluminum sheets again. This step further reduces any residual stress that may have developed during the machining process. By adhering to these steps, the chances of warping during the machining of aluminum sheets can be significantly reduced, resulting in high-quality finished products.
Q:Can aluminum sheets be used for pharmaceutical lab equipment?
Yes, aluminum sheets can be used for pharmaceutical lab equipment. Aluminum is a commonly used material in the pharmaceutical industry due to its non-toxicity, corrosion resistance, and ease of sterilization. It is often utilized for constructing lab equipment like trays, containers, and shelves.
Q:Can aluminum sheets be custom cut to specific sizes?
Yes, aluminum sheets can be custom cut to specific sizes according to the requirements of the project or application.
Q:Can aluminum sheets be used for heat sinks in LED lighting?
Indeed, heat sinks in LED lighting can utilize aluminum sheets. Aluminum possesses remarkable heat conductivity, which renders it a perfect substance for dispersing the heat emitted by LED lights. By employing aluminum sheets as heat sinks, the heat generated by the LED chips is effectively transferred away, thereby averting overheating and extending the lifespan of the LED lighting system. Furthermore, aluminum's lightweight nature, resistance to corrosion, and affordability further contribute to its widespread adoption as a heat sink material in LED lighting.
Q:What are the different alloys available for aluminum sheets?
Aluminum sheets offer a range of options when it comes to alloys, each with its own distinct properties and uses. Let's take a look at some of the most commonly used alloys: 1. 1100: This alloy is pure aluminum and boasts exceptional resistance to corrosion. It is perfect for applications that demand high levels of protection against corrosion, such as marine environments. 2. 3003: Another alloy that is purely aluminum, 3003 offers good formability, moderate strength, and high resistance to corrosion. It finds its place in general sheet metal work, chemical equipment, and cooking utensils. 3. 5052: Known for its impressive fatigue strength and outstanding resistance to corrosion, especially in saltwater settings, this alloy is often employed in marine applications, as well as aircraft components and fuel tanks. 4. 6061: As a heat-treatable alloy, 6061 showcases excellent weldability and formability, along with elevated strength and superb corrosion resistance. It is commonly utilized in structural components like frames, railings, and automotive parts. 5. 7075: This alloy stands out for its remarkable strength-to-weight ratio, making it perfect for aerospace applications and structural components that face high levels of stress. However, it is less resistant to corrosion than other alloys and may require protective coatings in specific environments. These examples represent only a fraction of the aluminum sheet alloys available. The choice of alloy relies on the specific requirements of the application, considering factors such as strength, corrosion resistance, formability, and cost. It is crucial to consult a knowledgeable supplier or engineer to determine the most appropriate alloy for your particular needs.
Q:Can aluminum sheet be used for aircraft skin panels?
Yes, aluminum sheet can indeed be used for aircraft skin panels.
Q:How does my world Pocket Monster mod aluminum plate synthesize?
To dig the Elven blood machine at the Pocket Monster Center
Q:Aluminum standard 30*25*2500 to 1000 1 how to calculate the number of materials needed?. 2 how to calculate the cutting loss?
The first is the volume slightly, the aluminum plate as a column volume V= length * width * height =1*2*0.001=0.002 cubic meters and then calculate the quality volume of m= V* density =0.002* density (see you for what kind of concrete, aluminum, aluminum, or Aluminum Alloy? If it's pure aluminum (if it's a high school physics title, or pure aluminum doesn't fit), it's 2700 kilograms per cubic meter.
Q:I need to make an aluminum cylinder out of 1/8 6061 plate and tube. I don't have a TIG setup and was considering using Bernzomatic aluminum soldering rods. The cylinder will be pressurized from 20-60 psi. Assuming a clean job, is this pressure ok? How much pressure can the joint take? Also, although the solder does not need flux, should i use it anyway?
Whether that weld will be OK depends on the diameter of the cylinder. The force on the weld will be equal to the operating pressure time the radius of the cylinder, with the wall opposite the weld have an equal force. Divide that force by the thickness of the weld to figure the stress. You want to have a safety factor of about 3. As the Bernzomatic has either a brass or aluminum head, which would melt at the temperatures which are required for true welding (melting metals so that they flow together), you will be performing brazing with a Bernzomatic. I cannot comment on the strength of the brazing bond. The thickness of the brazing metal deposit depends on the strength of the brazing alloy, which I also cannot comment on. 6061 will melt at 1206°, which you will not approach with the Bernzo kit. A blowout of a metal cylinder at 60 psi could be pretty ugly. I suggest that you befriend someone who has a TIG welder and get their help. A properly welded 1/8 thick cylinder could handle about 660 psi with no problem. If you create a lap joint, using an outer strip of aluminum, and then band your cylinder with stainless steel hose clamps, you will be relying upon the brazing only to provide a gas seal. The strength would come from the hose clamps. You still need to do some calculation on forces involved. A 1/2 wide stainless hose clamp will probably hold back about 240 lb. of force with a comfortable margin of safety.
Q:Can aluminum sheets be coated with other materials?
Yes, aluminum sheets can be coated with other materials. This process is known as aluminum sheet coating or aluminum sheet finishing. Coating aluminum sheets with other materials serves multiple purposes, such as enhancing their appearance, protecting against corrosion, improving durability, and providing insulation. There are various methods to coat aluminum sheets, including painting, anodizing, laminating, and powder coating. Each method offers different benefits and is chosen based on the desired outcome and intended use of the coated aluminum sheet. Coating aluminum sheets with other materials allows for customization, versatility, and increased functionality in a wide range of applications, including construction, automotive, aerospace, and consumer goods industries.

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