after cooler
SHANLI is a Professional China Manufacturer and Supplier of after cooler, We Provide Custom Wholeslae after cooler factory, Private Label after cooler and after cooler Contract Manufacturing, Contact us now to get the best quotation for after cooler, We will respond in a timely manner, we are not the lowest price of after cooler, but we will provide you with better service.
64 products found
We adopt high efficient copper tubes and fins as the heat-exchanger material.
MOQ: 1 unit
Unit Price: US $ 600 / unit
New design plate-fin and 3 in 1 heat exchanger with higher efficiency and compact structure.
MOQ: 1 unit
Unit Price: US $ 600 / unit
New design plate-fin and 3 in 1 heat exchanger with higher efficiency and compact structure.
Very fine activated carbon powder stable layer to filter out most of the oil vapor
The outer layer of sponge to absorb and discharge oil mist.
MOQ: 1 unit
Unit Price: US $ 600 / unit
New design plate-fin and 3 in 1 heat exchanger with higher efficiency and compact structure.
MOQ: 1 unit
Unit Price: US $ 600 / unit
New design plate-fin and 3 in 1 heat exchanger with higher efficiency and compact structure.
MOQ: 1 unit
Unit Price: US $ 600 / unit
New design plate-fin and 3 in 1 heat exchanger with higher efficiency and compact structure.
MOQ: 1 unit
Unit Price: US $ 600 / unit
New design plate-fin and 3 in 1 heat exchanger with higher efficiency and compact structure.
MOQ: 1 unit
Unit Price: US $ 600 / unit
New design plate-fin and 3 in 1 heat exchanger with higher efficiency and compact structure.
MOQ: 1 unit
Unit Price: US $ 600 / unit
New design plate-fin and 3 in 1 heat exchanger with higher efficiency and compact structure.
MOQ: 1 unit
Unit Price: US $ 600 / unit
New design plate-fin and 3 in 1 heat exchanger with higher efficiency and compact structure.
MOQ: 1 unit
Unit Price: US $ 600 / unit
New design plate-fin and 3 in 1 heat exchanger with higher efficiency and compact structure.
MOQ: 1 unit
Unit Price: US $ 600 / unit
New design plate-fin and 3 in 1 heat exchanger with higher efficiency and compact structure.
A chiller lowers water temperature to between 40° and 45°F before the water is pumped to the location to be cooled.
In air conditioning, chilled water is often used to cool a building's air and equipment
accomplished in the cooling coil, refrigerant absorbs heat from air surrounding the coil, to change itself from liquid to gas.
High pressure liquid is expanded in a expansion device which results in liquid which thirsts to get converted to gaseous state.
A simple air-conditioner consists of a compressor compressing refrigerant gas to high pressure
This is generally possible through a vapour compression device.
Cold medium inside the coil is either a refrigerant( say R22 , R410A etc) or a chilled medium
When temperature comes down humidity goes up. Air cooler is not comfortable in highly humid area, say places close to sea.
Maximum cooling possible with this method is limited to the saturation point(100% humidity)
Air cooler working on above principle consists of a fan which drives area through a wet medium
Hence dry air(low humidity) has more ability to absorb water than humid air which is available near coastal area.
This ability of air to reduce temperature by absorbing water is changing with the existing level of water vapour inside it.
How much temperature can be reduced is depending on how much water can be transformed and settled inside.
if air can host this water to steam transformation, its temperature can be brought down.
Energy is required when water evaporates from liquid state to vapour state, which is termed as latent heat of vaporization.
Air has capacity to hold water, up to a certain level , known as saturation point, in vapour form.
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