• Aluminum Pipes for Electric Aluminum Profiles System 1
Aluminum Pipes for Electric Aluminum Profiles

Aluminum Pipes for Electric Aluminum Profiles

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Loading Port:
Dalian
Payment Terms:
TT OR LC
Min Order Qty:
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Supply Capability:
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We are the largest aluminum profilemanufacture in China which specializing in industry aluminum profile. If you need some products,please feel free to send us the drawings or samples, we will supply you the good qualitywith best price, and we will serve you all the time.


Material

Alloy  Aluminum 6063,6061,6005,6082 or customer nominated

Temper

T3, T4, T5, T6 and other

Surface

Anodize,  electrophoresis, powder coating, PVDF coating, etc.

Colour

Any  colour based on Standard Germany RAL Mark

Length

Not  more than 16 meters

Good Package

Inner plastic film /outside carton/wooden  pallets

Payment Method

T/T, L/C, etc

Delivery Time

Normally 2-4 weeks, Delivery time can be consulted.

Press  Machine

500-12500  tons all together 93 press lines.

Fabrication

1. Furniture 2. Drilling; 3. Bending; 4. Cutting; 5. etc.

Certificate

ISO/TS 16949,DNV,IRIS,CCS,AFA,etc.

Dies

1.  Using our dies, no fee;

2.  Using customer drawing, opening dies, usually about 5~50 tons then the dies  cost can be refunded.

3.  Die cost is negotiable base on the order quantity

Capability

Annual  output 800,000 tons



Q: The air conditioner is broken in the middle of the aluminum tube. How can I weld it?
There are two kinds of welding methods for aluminum pipe.Method: gas, liquefied gas welding gun with WE-Q303 low temperature aluminum wire.Method two: AC argon arc welding, argon arc welding with aluminum argon arc welding machine.
Q: How are aluminum pipes manufactured?
Extrusion, a well-known process, is employed in the manufacture of aluminum pipes. This process involves the passage of a heated aluminum billet or log through a specifically shaped die, resulting in the creation of a desired cross-sectional shape. The initial stage of the manufacturing process entails the careful selection of a high-quality aluminum alloy. Subsequently, the alloy is subjected to heating in a furnace, usually at temperatures ranging from 750 to 950 degrees Fahrenheit (400 to 500 degrees Celsius). This heating renders the material malleable and facilitates ease of shaping. Upon reaching the desired temperature, the aluminum billet is moved to the extrusion press. This press comprises a chamber for billet placement and a ram that exerts pressure to propel the billet through the die. The final shape of the pipe is determined by the die. During the billet's passage through the die, it undergoes plastic deformation, adopting the shape of the die opening. The application of high pressure by the ram ensures precise control over the pipe's dimensions and surface finish. Following extrusion, the aluminum pipe is subjected to cooling in either a water bath or an air cooling system. This cooling process leads to the hardening and stabilization of the pipe's shape. Subsequently, the pipe is cut to the desired length, using commonly a saw or other cutting tools. The concluding step encompasses any necessary finishing processes, such as straightening, deburring, or surface treatment. These processes are essential in guaranteeing that the aluminum pipe fulfills the required specifications and quality standards. Overall, the extrusion process enables the efficient and cost-effective production of aluminum pipes, characterized by consistent dimensions and exceptional mechanical properties. Consequently, aluminum pipes have gained popularity across various industries, including construction, automotive, aerospace, and plumbing.
Q: Are aluminum pipes affected by exposure to industrial solvents?
Yes, aluminum pipes can be affected by exposure to industrial solvents. While aluminum is generally considered to be a corrosion-resistant metal, certain industrial solvents can cause degradation or damage to aluminum surfaces. Solvents such as strong acids, alkalis, or chlorinated solvents can react with aluminum and result in corrosion or erosion of the pipe material. It is important to carefully select the appropriate materials for specific solvent applications to ensure compatibility and prevent any adverse effects on the aluminum pipes.
Q: 502 glue to aluminum and plastic cement do
But if your plastic is POM or HDPE HDPE, nothing will stick,Such as PPPEABSPCPSPVCPA, and these are QIS-3008L glue, the effect is very strong
Q: What is the extrusion process of aluminium tube?
It depends on the size of the aluminum tube you produced, saw or cut. Large attention to streamline, small attention to exhaust operation.
Q: Is it better to choose a radiator, a copper tube or a steel tube?
Of course, the copper aluminum pipe is good, good heat dissipation, light texture, cheap steel pipe.But we should pay attention to some welding when mounting, need to use special aluminum strip for welding, and the steel tube can generally be used in ordinary carbon steel wire argon arc welding assembly
Q: Why aluminum tubes can not be used as lightning rod materials?
I think the aluminum pipe is not strong enough and not strong enough. Because the lightning rod is usually located on the roof of the building.
Q: How can the refrigerator aluminum pipe leak?
2. Replace and repair evaporator. All need to be dug out from the freezing room, replaced, repaired, restored, and filled with a foaming agent, and then added refrigerant, the price is not expensive.
Q: Water heater tube welding seam how
Three, if the defect site is relatively small, can use similar soldering like M51 with M51-F welding wire welding flux, welding the aluminum tube is only suitable for a small trachoma or very small crack, if the crack is much more difficult to weld.
Q: Are aluminum pipes suitable for structural supports in buildings?
No, aluminum pipes are not typically suitable for structural supports in buildings. While aluminum is lightweight and corrosion-resistant, it lacks the strength and load-bearing capacity required for structural applications. Steel or other stronger materials are usually preferred for structural support in buildings.

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