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Radiator-Integrated Liquid Cooling Plate Integrated Heat Dissipation Fins
Λεπτομέρειες:
| Τόπος καταγωγής: | Dongguan, Γκουανγκντόνγκ, Κίνα |
| Μάρκα: | Uchi |
| Πιστοποίηση: | SMC |
| Αριθμό μοντέλου: | Ψύκτρα |
Πληρωμής & Αποστολής Όροι:
| Ποσότητα παραγγελίας min: | 100 τεμ |
|---|---|
| Τιμή: | 1300-1500 dollars |
| Χρόνος παράδοσης: | Μη περιορισμένος |
| Όροι πληρωμής: | T/T, paypal, Western Union, MoneyGram |
| Δυνατότητα προσφοράς: | 50000000 τμχ ανά μήνα |
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Λεπτομερής ενημέρωση |
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| υλικό ψύκτρας: | Αλουμίνιο | Φινίρισμα επιφάνειας: | Φινίρισμα μύλου ή ανοδίωση |
|---|---|---|---|
| Υλικό: | Χαλκός / Αλουμίνιο | ζωή θαυμαστών: | 100000 ώρες |
| Βαθιά διαδικασία: | Cnc μηχανική κατεργασία | Άγωγη δύναμη: | 2000 W |
| Ανοχή: | ±1% | Επιπρόσθετη διαδικασία: | Cnc μηχανική κατεργασία |
| Ακρίβεια: | ±0,002 ~ ±0,005 mm | Μέγιστη πίεση: | 5 μπαρ |
| Εύρος θερμοκρασίας λειτουργίας: | -40°C έως 120°C | Υφή υλικού: | 6061 |
| Επισημαίνω: | Radiator-integrated liquid cooling plate,Liquid cooling plate with heat dissipation fins,High-performance liquid cooling radiator plate |
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Περιγραφή προϊόντων
Radiator-Integrated Liquid Cooling Plate
In simple terms: Radiator-Integrated Liquid Cooling Plate = Liquid cooling plate + integrated heat dissipation fins
It attaches to heat-generating devices on one side and features dense fins on the other. Heat is transferred to the fin area via coolant circulation, forming a compact, all-in-one liquid cooling solution.
I. Structural Features
Bonding Surface (Cold Plate Side)
Flat surface that directly attaches to IGBTs, power modules, batteries, motors and other heat-generating components.
Fin Heat Dissipation Side (Radiator Side)
Internal flow channels extend into the dense fin region, forming a structure similar to a radiator.
As coolant flows through, heat is carried to the fins and dissipated via air cooling or natural convection.
Fully Integrated Structure
Mostly manufactured as one piece through skiving, die-casting or brazing,
eliminating the complex assembly of separate radiators and water tubes.
II. Working Principle
- Heat from components → conducts to the liquid cooling plate base
- Coolant flows through internal channels and absorbs heat
- Heated coolant flows into the finned radiator section
- Fins release heat into the environment via fans or natural airflow
- Cooled coolant circulates back to repeat the process
It is a hybrid solution combining liquid cooling heat transfer and air cooling final dissipation.
III. Core Advantages
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Compact structure & high integrationAll-in-one design saves space, reduces connectors and leakage points.
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Simple installationDirectly mounted to components; only an external pump and reservoir are needed, no extra radiator required.
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Uniform heat dissipationExcellent temperature uniformity on the base plate, avoiding local hotspots.
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High reliabilityBrazed or skived structure provides strong vibration resistance, ideal for automotive and industrial control applications.
IV. Common Manufacturing Processes
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Skived Radiator-Integrated Liquid Cooling PlateFins and flow channels machined from a single aluminum block, offering high strength and continuous thermal conductivity.
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Vacuum Brazed TypeBase plate and fins joined by brazing, with denser fins and larger heat dissipation area.
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Integral Die-Casting TypeSuitable for mass production and low cost, widely used in passenger vehicle thermal management.
V. Typical Applications
- New energy vehicles: integrated cooling for motors, ECU, OBC, DC-DC converters
- Energy storage converters (PCS), photovoltaic inverters
- Industrial servo drives, high-power power supplies
- Laser equipment, welding machines, high-frequency power supplies
- Construction machinery, commercial vehicle controller cooling
VI. Difference from Standard Liquid Cooling Plates
- Standard liquid cooling plate: only absorbs and transfers heat; does not dissipate heat directly to the environment.
- Radiator-integrated liquid cooling plate: absorbs heat, circulates internally, and dissipates heat via its own fins, forming a complete compact cooling system.
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