33.5 mm Microchannel Condenser Fin High-efficiency Heat Transfer Aluminum Alloy Tube

Place of Origin Jiangsu China
Brand Name Yun Neng
Certification SO9001 ISO14001 ISO45001
Model Number 6815
Minimum Order Quantity negotiation
Price negotiation
Packaging Details Standard export packaging
Delivery Time 30 working days after received your down payment
Payment Terms T/T
Supply Ability 6,000w per year

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Product Details
Alloy FA8X16/0.08mm/H14SR Material 6815
Fin Width/mm 33.5 Center Distance/mm 10.5
Flanged Height/mm 1.4 Fin Opening/mm 2.0
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33.5 mm microchannel condenser

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microchannel condenser Heat Transfer tube

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33.5mm aluminum cooling fins

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Product Description

33.5 mm Micro-channel Condenser Fin High-efficiency Heat Transfer Aluminum Alloy Tube

 

Product Description:

 

What exactly is a microchannel condenser?

 

Microchannel heat exchanger was first used in electronic field, which solved the large-scale“Thermal barrier” problem in integrated circuit. Compared with conventional heat exchangers, microchannel heat exchangers have higher heat transfer efficiency, higher heat response rate and better controllability, lower noise and stable operation, better pressure bearing capacity, better corrosion resistance, lower cost and lower material consumption under the same heat exchange requirements.

 

Microchannel condensers are designed to be used as condensing coils in a variety of air conditioning, cooling and refrigeration applications and equipment. This condenser is specially designed for various refrigerants.

 

Production Process:

 

Fin stamping →aggregate→header assembly→press forming→degrease spray (FLUX) drying,

Preheating→(NB) →brazing→ forced air cooling →plastic connection pipe welding →helium leak detection→ultrasonic cleaning→coating→ drying →sheet metal assembly →final inspection→packaging

 

Features:

 

Yun Neng Group company

The design and manufacture of high performance micro-channel condenser fins have many advantages compared with the traditional design of condenser fins.

 

One of the most important is: consistency and reliability fins after stamping is easy to break and deformation, and the use of automatic assembly machine (manufacturing equipment-filling molding machine) to avoid fin deformation and fin spacing inconsistent.

The freezing condition has better freezing performance, which is 30% higher than the traditional microchannel. Passivation + hydrophilic coating.

 

The frosting condition has better frosting performance, which is 30% better than the traditional microchannel.

 

Techical Parameters:

 

Chemical Constitution
Alloy Material Si Fe Cu Mn Mg Cr Zn Bi Zr Ti Ni
ZrFA8X16 6815 0.65-1.0 -0.4 -0.05 1.4-1.8 -0.03 -0.05 1.3-1.7 -0.05 0.05-0.2 -0.05 -0.04
Mechanical Property
Alloy Delivery state performance Properties after brazing Potentiometric
Rp(Mpa) Rm(Mpa) A50(%) Rp Rm MV
FA8X16/0.08mm/H14SR 160 180-220 0.5 50-60 150-160 -800

 

Available Fin Sizes
Fin width/mm Center distance/mm Flanged height/mm Fin opening/mm
23.5 7.7 1.2-1.6 2.0
28 10.5 1.3-1.5 2.1
33.5 10.5 1.4-2.0 2.0
42.5 10.5 1.4-2.0 2.0


Applications:

 

Household heat pump and air-conditioning condenser;

Commercial multi-line evaporator, condenser;

Commercial heat pump system (module machine) evaporator;

Bus and car air-conditioning evaporator, condenser;

Commercial air-conditioning duct machine evaporator;

Electric locomotive, rv, truck, engineering vehicle condensers, evaporator;

New energy vehicle air conditioning condenser, evaporator...

Etc.

 

33.5 mm Microchannel Condenser Fin High-efficiency Heat Transfer Aluminum Alloy Tube 0

33.5 mm Microchannel Condenser Fin High-efficiency Heat Transfer Aluminum Alloy Tube 1

 

Support and Services:

 

The fin, micro-channel cooling tube and collecting tube can be customized according to customer's requirements, product width up to 1500mm, length direction can be any size.