Changzhou Aidear Refrigeration Technology Co., Ltd.

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Aluminum Microchannel Heat Exchanger , Air Conditioner Heat Exchanger

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Changzhou Aidear Refrigeration Technology Co., Ltd.
City:changzhou
Province/State:jiangsu
Country/Region:china
Contact Person:MrMichael
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Aluminum Microchannel Heat Exchanger , Air Conditioner Heat Exchanger

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Brand Name :OEM/ODM
Model Number :Customized
Certification :CE,ROHS ,ISO9001,ISO14001,
Place of Origin :CHINA
MOQ :Negotiable
Price :Negotiable
Payment Terms :T/T, L/C
Supply Ability :2000 units per month
Delivery Time :20-25days
Packaging Details :wooden packing
Name :Aluminum Microchannel Heat Exchanger , Air Conditioner Heat Exchanger
Fin material :Aluminum
Tube material :Aluminum
Tube type :Flat type
Weight :5-500KG Customized
Working Pressure :Maximum 20 bar
Liquid Flow Rate :Max 50 M3/h
Application :Heat pump
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Aluminum Microchannel Heat Exchanger , Air Conditioner Heat Exchanger

Specification

Product name Aluminum microchannel heat exchanger,air conditioner heat exchanger
Fin material Aluminum/Brazed/Copper/Titanium/Gasket
Fins type Plain,serrate,louver,perforated and corrugated forms are typical
Voltage AC220v/380v/customized ,50Hz/60Hz
Packaging Pallet ,export wooden case or customized required
Warranty 1 Year
Delivery time air delivery 7-10days,sea delivery 20-30days
Payment Terms T/T, L/C
Certification CE,ROHS ,ISO9001,ISO14001
Application

Air-conditioner products,Water chiller system,Fridge, freezer products,Cold storage buliding system

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Aluminum Microchannel Heat Exchanger , Air Conditioner Heat Exchanger

Aluminum Microchannel Heat Exchanger , Air Conditioner Heat Exchanger

Aluminum Microchannel Heat Exchanger , Air Conditioner Heat Exchanger

Machining methods

With the advent of micromachining technology, highly efficient micro heat exchangers with flow path depths ranging from a few microns to several hundred microns can be produced. Such micromachining techniques include lithography, chemical etching, photolithography-injection molding (LIGA), diamond cutting, wire cutting and ion beam processing. Sintered mesh porous micro heat exchangers are fabricated using powder metallurgy. The processing of microchannels at large scales is significantly different to that of microchannels at microscale, with the former requiring more efficient processing and manufacturing techniques.

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