Prod
Product description:Product description:Product description: What is the purpose of fins with valves? Fins themselves play an important role in heat exchangers. On the fin body, grooves are arranged in the gaps between
refrigerant tubes through holes, and the grooves and refrigerant
tubes are alternately arranged on the fin body through holes. The condenser fin of the air conditioner increases the heat
exchange area of the fin and improves the heat exchange capacity of
the condenser. But also increases the air circulation area between the condenser
fins, improves the air fluidity, and reduces the direct friction
between high-speed air and the condenser fins, thereby reducing the
impact noise and improving the sound quality of the air
conditioner. In addition, due to the grooves formed on the fin body, the sound
waves generated by noise will enter the grooves during the
propagation process and reflect in the grooves, and some sound
waves will cancel each other, which further reduces the noise
generated when air passes through the condenser. Features: Common design of louver fins; A common louver radiator includes a set of notches oriented in a
regular manner for unidirectional enhancement of air turbidity. Until a certain point, increasing the severity of louver angle
improves heat transfer efficiency. After that point, the effectiveness begins to decline.
Understanding the directionality of louver fins is an interesting
feProduct description:
lves play an important role in heat exchangers. On the fin body,
grooves are arrangProduct description:
25*21.65 air conditioner condenser louver fins, aluminum fins, high
heat transfer performance FA8X16.
Product Description:
What is the purpose of fins with valves?
Fins themselves play an important role in heat exchangers. On the
fin body, grooves are arranged in the gaps between refrigerant
tubes through holes, and the grooves and refrigerant tubes are
alternately arranged on the fin body through holes. The condenser
fin of the air conditioner increases the heat exchange area of the
fin and improves the heat exchange capacity of the condenser.
But also increases the air circulation area between the condenser
fins, improves the air fluidity, and reduces the direct friction
between high-speed air and the condenser fins, thereby reducing the
impact noise and improving the sound quality of the air
conditioner. In addition, due to the grooves formed on the fin
body, the sound waves generated by noise will enter the grooves
during the propagation process and reflect in the grooves, and some
sound waves will cancel each other, which further reduces the noise
generated when air passes through the condenser.
Features:
Common design of louver fins;
A common louver radiator includes a set of notches oriented in a
regular manner for unidirectional enhancement of air turbidity.
Until a certain point, increasing the severity of louver angle
improves heat transfer efficiency. After that point, the
effectiveness begins to decline.
Understanding the directionality of louver fins is an interesting
feature. The direction of the blinds must be considered, because
the incorrect direction will reduce the performance, not improve
it. Just like shark skin, the touch in one direction is smooth and
the opposite direction is rough.
Heat transfer: very good
Cleaning/fouling ability: poor
Medium durability
Authentic louver fins
When designing a compact radiator, simplified geometry, improved
heat dissipation and minimum pressure drop should all be
considered. In order to achieve this goal, Yunneng's original
louver fins have many types of fins to adapt to different heat
transfer conditions.
Techical Parameters :
Tube-fin type air conditioning condenser and evaporator
Specifications
| Fin mold | Pattern/mm | Fin type |
| Φ7 | 21*12.7 | Louver | Raised lance | Lance | Flat |
| Φ7 | 21*18.19 | louver | Raised lance | Lance | V-wave |
| Φ7.94 | 21*21.65
| louver on waffle | V-wave | | |
| Φ10.2 | 20*15.5
| Turbolator
| | | |
| Φ12.3 | 25*21.65
| Turbolator
| | | |
| Φ12.3 | 32*27.71
| Turbolator
| | | |
| Φ14.3 | 34*29.5 | Turbolator
| | | |
| Φ14.3 | 34*29.5 | Raised lance | | | |
| Φ25.45 | 64*32 | Upper&lower lance | | | |
| Φ25.5 | 66.6*32.25 | Raised lance | | | |
| Φ9.52 | 25*21.65 | Louver | | | |
Support and Services:
The fin, micro-channel cooling tube and collecting tube can be
customized according to customer's requirements, product width up
can be custom, length direction can be any size.
ed in the gaps between refrigerant tubes through holes,Product description: and the grooves and refrigerant tubes are alternateProduct description:ly arranged on the fin body through holes. The condenser fin of the
air conditioner increases the heat exchange area of the fin and
improves the heat exchange capacity of the condenser. But also
increases the air circulation area between the condenser fins,
improves the air fluiditniy, nd reduces the direct friction between
high-speed air and tni he condenser fins, thereby reducing the
impact noise and improving the sound quality of the air
conditioner. In addition, due to the grooves formed on the fin body, the sound
waves generated by noise will enter the grooves during the
propagation process and reflect in the grooves, and some sound
waves will cancel each other, which further reduces the noise
generated when air passes through the condenser. Features: Common design of louver fins; A common louver radiator includes a set of notches oriented in a
regular manner for unidirectional enhancement of air turbidity. Until a certain point, increasing the severity of louver angle
improves heat transfer efficiency. After that point, the effectiveness begins to decline. Understanding the directionality of louver fins is an interesting
feature. must
