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English  |
PRODUCT DESCRIPTION | ||
NO. | ITEM | DESCRIPTION |
1 | Material | Aluminum alloy 3003 |
2 | Outer Dimension (L*W*H) | Up to 600*600*40 mm |
3 | Working Pressure | 3 Bars |
5 | Refrigeration Capacity | 3 KW |
7 | Medium | Refrigerant material |
8 | Type | Flat tube fin heat exchanger in parallel flow |
9 | Manufacturing Method | Controlled atmosphere brazing |
10 | Cooling Method | Air to coolant |
11 | Surface Finish | Natural or powder coating or zinc coating |
12 | Warranty time | 1 year |
13 | Place of Region | Jiangsu province of China |
14 | Reference Standard | GB/T 3190-2008 |
Product Display
Metalli provides a variety of condenser and evaporator options that encompass vacuum brazed or controlled atmosphere brazed aluminum parallel flow condensers or evaporators. These come equipped with flat microchannel tubes and fins. Additionally, we offer controlled atmosphere brazed serpentine condensers that come with microchannel tubes and fins.
▲ Auto air conditioning condenser
What are condensers and evaporators?
A condenser is a part of an air conditioning or refrigeration system that cools down the compressed gas used for refrigeration. An evaporator is a part of a refrigeration system that extracts heat from a substance, whether it is in liquid or gas form, and transfers it to another substance, usually water vapor.
What are the applications of condensers and evaporators?
In a heat exchange system, there are two coils: an evaporator, which removes heat from a room, and a condenser, which expels the heat taken from the room to the outside. Just like in your house, the evaporator is located in a plenum above your furnace inside, while the condenser is the unit situated outside.
Why are evaporators used in industries?
Evaporators are utilized in industries to convert liquids into a gaseous state through heat transfer. All basic evaporators have a mechanism to separate the liquid and vapor through heat transfer. The raw material is fed into the evaporator and passes through heated tubes. The heat causes the water within the raw material to evaporate.
PRODUCT DESCRIPTION | ||
NO. | ITEM | DESCRIPTION |
1 | Material | Aluminum alloy 3003 |
2 | Outer Dimension (L*W*H) | Up to 600*600*40 mm |
3 | Working Pressure | 3 Bars |
5 | Refrigeration Capacity | 3 KW |
7 | Medium | Refrigerant material |
8 | Type | Flat tube fin heat exchanger in parallel flow |
9 | Manufacturing Method | Controlled atmosphere brazing |
10 | Cooling Method | Air to coolant |
11 | Surface Finish | Natural or powder coating or zinc coating |
12 | Warranty time | 1 year |
13 | Place of Region | Jiangsu province of China |
14 | Reference Standard | GB/T 3190-2008 |
Product Display
Metalli provides a variety of condenser and evaporator options that encompass vacuum brazed or controlled atmosphere brazed aluminum parallel flow condensers or evaporators. These come equipped with flat microchannel tubes and fins. Additionally, we offer controlled atmosphere brazed serpentine condensers that come with microchannel tubes and fins.
▲ Auto air conditioning condenser
What are condensers and evaporators?
A condenser is a part of an air conditioning or refrigeration system that cools down the compressed gas used for refrigeration. An evaporator is a part of a refrigeration system that extracts heat from a substance, whether it is in liquid or gas form, and transfers it to another substance, usually water vapor.
What are the applications of condensers and evaporators?
In a heat exchange system, there are two coils: an evaporator, which removes heat from a room, and a condenser, which expels the heat taken from the room to the outside. Just like in your house, the evaporator is located in a plenum above your furnace inside, while the condenser is the unit situated outside.
Why are evaporators used in industries?
Evaporators are utilized in industries to convert liquids into a gaseous state through heat transfer. All basic evaporators have a mechanism to separate the liquid and vapor through heat transfer. The raw material is fed into the evaporator and passes through heated tubes. The heat causes the water within the raw material to evaporate.
