Refrigeration Aluminum Condenser Coil with High Performence

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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,3000 Series Surface Treatment: Coated,Mill Finish Shape: Flat
Temper: Soft Application: Decorations

Product Description:

 

1.Structure of Refrigeration Aluminum Condenser Coil Description

They are widely used in construction and decoration, hardware and electric appliances manufacture, 

automobile manufacture and other industrial and civil purposes, such as electronic capacitor, rice 

cooker, refrigerator, computer casting, lamp shade, air-conditioner, cosmetics cover and box, air-

conditioner radiator, inner container of disinfecting cabinet, ceiling board, automobile motherboard, 

cover board and top board, etc.  

 

 

2.Main Features of Refrigeration Aluminum Condenser Coil 

1). The heat exchangers have a wide rang of plications such as: Window, Split and package AC systems;
2). Commercial Refrigeration Systems (Kitchen refrigerator, bottle cooler, deep freezer, milk tank, etc);
3). Industrial Refrigeration Systems (Printing machine, Colling machine, etc);
4). Automobile-Buses / Car air conditioning;
5). Railway air-conditioning an Marine air-conditioning;
6). Special Application Coils.


 

3. Refrigeration Aluminum Condenser Coil Images:

 Refrigeration Aluminum Condenser Coil with  High Performence

Refrigeration Aluminum Condenser Coil with  High Performence

Refrigeration Aluminum Condenser Coil with  High Performence


 

 

4. Refrigeration Aluminum Condenser Coil Specification:

Fin PatternCopper Tube O. D. (mm)Row Space(mm)Hole Space(mm)Fin Thickness(mm)
 
Fin Space(mm)
Flat finSine wave with blade finSmooth sine wave finWindow finSesamoid fin
A712.7210.105//1.31.3/
B713.217.60.105//1.31.3/
C712.720.40.105//1.3~1.81.3~1.8/
D7.9415.8825.40.1051.8~3.01.8~3.01.8~3.01.8~3.0/
E9.522225.40.105~0.151.6~3.21.6~3.21.6~3.21.6~3.2/
F9.522225.40.18~0.43.5~6.35////
G9.5221.65250.105~0.181.6~3.21.6~3.21.6~3.21.6~3.2/
H9.5221.65250.15~0.243.2~6.353.2~6.353.2~6.35//
I12.7527.531.750.115~0.151.5~3.51.5~3.51.5~3.51.5~3.51.6~3.2
J15.883338.10.115~0.151.5~4.01.5~4.01.5~4.0//
K15.8834.64400.115~0.15/2.6~3.52.6~3.5//


5.FAQ

Q1.How long have you been in this product?
A1:More than 10 years.
 
Q2. What's the minium quantity(MOQ)?
A2. 5 Metric tons
 
Q3. How long is shipping time?
A3. 7 (ready-made products)-25 days(OEM)
 
Q4. How do you guarantee the quality?
A4. 1. Cooperating and Exchaning experience with sevral quoted aluminum companies
    2. Japanese and Swiss production line and skilled works (regular training and testing)
    3. more than 10 years production experience.
 
Q5. Do you have after sale service?
A5. Yes. Any quality problem occurs within one year, pls take photoes,we will be responsible.

 

 

 


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Q:Aluminum head question?
just put them on
Q:Why there is arc panel after aluminum coil straightening?
The aluminum coil can only become flat and straight after being planished on stretch bender.
Q:steel or aluminum?
I'd say it's about even now. Each metal has its advantages and disadvantages. Al is lighter than Fe so it's favored in transportation; even though Al is more expensive than Fe it pays in fuel savings. Al replaced Fe in cans because we can taste Fe more easily. In the future look for composites to obsolete both metals.
Q:How many companies have used aluminum coil?
Too many. All the companies who make the aluminum products you have seen in daily life have used it. So it is hard to explain.
Q:If the aluminum coil is 220 kg, 0.3 thick and 500 wide, how much is the coil diameter?
With the outer diameter and inner diameter, you can know the volume. With the density and volume, we can calculate the weight. And with weight, we can know the length.
Q:how do you get aluminium from rocks?
Aluminum is derived from a rock called Bauxite, which consists of a mixture of up to three aluminum minerals. Bascally they mine it, smelt it (heat to very high temperatures) and you get aluminum. You'll probably get a better answer form someone who is more familiar with the process, but that's a very rough idea.
Q:Aluminum's differences?
Aluminum is very light. Pot metal, also known as white metal, die-cast zinc, or monkey metal,[1] is a slang term that refers to alloys that consist of inexpensive, low-melting point metals used to make fast, inexpensive castings. There is no scientific metallurgical standard for pot metal; common metals in pot metal include zinc, lead, copper, tin, magnesium, aluminium, iron, and cadmium. The primary advantage of pot metal is that it is quick and easy to cast. Due to its low melting temperature no sophisticated foundry equipment is needed and specialized molds are not necessary. It is sometimes used to experiment with molds and ideas before using metals of higher quality. Examples of items created from pot metal include toys, furniture fittings, tool parts, electronics components, and automotive parts.[citation needed] Pot metal can be prone to instability over time, as it has a tendency to bend, distort, crack, shatter, and pit with age.[1] The low boiling point of zinc and the fast cooling of the newly-cast part often allow air bubbles to remain within the cast part, weakening the metal.[1] Many of the components of pot metal are susceptible to corrosion from airborne acids and other contaminants, and the internal corrosion of the metal often causes the decorative plating to flake off.[citation needed] Pot metal is not easily glued, soldered or welded.[1] At one time, pot metal referred to a copper alloy that was primarily alloyed with lead. 67% Cu, 29% Pb 4% Sb and 80% Cu, 20% Pb were common formulations.[2] The primary component of pot metal is zinc, but often the caster adds other metals to the mix to strengthen the cast part, improve the flow of the molten metal, or to reduce cost.[dubious – discuss] With a low melting point of 419 °C (786 °F), zinc is often alloyed with other metals including lead, tin, aluminium and copper.
Q:Why is aluminium used in buildings amd cooking?
The reason aluminum can be used for both building and cooking, even though is is a reactive metal (highly reactive) that reacts to water and corrodes, is because the aluminum reacts with water and dissolved oxygen (which must be present to cause oxidation) and forms a sort of oxide film which serves to protect the aluminum against further deterioration. The way this words is very complex and has to do with the purity of the water and/or it's PH level. In this way aluminum corrodes very slowly, or not at all, depending on the conditions. It is not a very good material for cooking vessels by itself because of its reactivity. For instance it will react with acidic foods and can turn them brown, etc. Plus it gets that nasty rough surface coating. But it has excellent heat retention/distribution which is why it is used in steel-clad cookware, so that the outer surface that comes into contact with the food is stainless steel which is non-reactive but the inner sandwiched layer is aluminum which gives much better cooking performance than stainless steel, which if used alone is a very bad material for pots and pans (i.e. plain aluminum would be better).
Q:Who knows about how much money can be sold in a three metre high similar aluminum door?
Aluminum is not valuable now. Look at it
Q:IS aluminium oxide passive (non-reactive) (plz read below too)?
Not sure. Maybe because Na K are more active than Aluminum.

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