Precision Machined Cold Plate Water Cooled Heat Sink for Power Amplifier
Produktdetails:
| Herkunftsort: | Dongguan, Guangdong, China |
| Markenname: | Uchi |
| Zertifizierung: | SMC |
| Modellnummer: | Kühlkörper |
Zahlung und Versand AGB:
| Min Bestellmenge: | 100 Stück |
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| Preis: | 1300-1500 dollars |
| Lieferzeit: | Nicht begrenzt |
| Zahlungsbedingungen: | T/T, Paypal, Western Union, MoneyGram |
| Versorgungsmaterial-Fähigkeit: | 50000000 Stück pro Monat |
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Detailinformationen |
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| Material: | Kupfer und Aluminium | Produktdimension: | Kann individuell angepasst werden |
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| Produktgewicht: | 3,4 kg | Besonderheit: | Neue Technologie und leistungsstarke Kühlung |
| Oberflächenbehandlung: | Ölreinigung und Antioxidation | Wärmeleitende Kraft: | 450 W |
| Produkttechnologie: | Schweißen und Rohrbiegen | Typ: | Aluminiumprofil |
| Wärmeleitfähigkeit: | ≥ 180 W/m·K | Textur des Materials: | 6061 |
| Rohrabmessungen: | K-1/4“, K-3/8“, K-1/2“ | Korrosionsbeständigkeit: | Hoch, aufgrund von Galvanisierung oder Eloxierung |
| Dicke: | 0,30 mm – kundenspezifisch | Montagemöglichkeiten: | Schraubenlöcher oder Klebepads |
| Luftfeuchtigkeit: | 5 % ~ 90 % | Gewicht: | Abhängig von Größe und Material |
| Behandlung: | PassivierungWärmeleitung | Anwendung: | RGB-Laserlichtquelle |
| Produktgewicht: | 1,198 kg | Körpermaterial: | Aluminium |
| Stromschnittstelle: | 3-polig | Abmessungen: | Anpassbar (z. B. 100 mm x 100 mm x 10 mm) |
| Wärmeleitende Kraft: | 275W | Produktname: | Flüssigkeitskühlplatte |
| Zusätzliches Verfahren: | CNC-Bearbeitung | Materialien: | Kupfer + Aluminiumlegierung |
| Arbeitsdruck: | Mindestens 1 bar | Kühlmethode: | Flüssigkeitskühlung über interne Kanäle |
| Oberflächenrauheit: | 1,2 um | Verfahren: | gelötete geschälte Flosse |
| Fanleben: | 50000 Std | Toleranz: | 0,05 Millimeter |
| Hervorheben: | precision machined cold plate heat sink,water cooled heat sink for power amplifier,liquid cooling plate with warranty |
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Produkt-Beschreibung
Precision Machined Cold Plate Water Cooled Heat Sink for Power Amplifier
Product parameters of Precision machined cold plate water cooled heat sink for power amplifier
Material: AL 6061
Size:260 * 125 * 18m
Weight: 1.85kg
Technology: CNC machined
Feature: Good cooling capability and No leakage default
Surface treatment: oil cleared,cleaned and passivation
Heat conducting power: 860W
Product advantage of Precision machined cold plate water cooled heat sink for power amplifier
If you want us to make zipper fin and pipes pressing product, we can definetely make it as we have 10 stamping machines for high efficiency zipper fin production,and pipes can also be pressing on our own, no need to worry about the speed, we are always stuggle for it, to make faster and keep quality at the same time, increase best value between customers and our company.
Precision Machined Cold Plate
Water Cooled Heat Sink for Power Amplifier
1. Basic Introduction
2. Structure & Manufacturing
- Material: Aluminum AL6061 / AL5052 / Copper
- Process:
- CNC mill internal cooling channels
- Cover plate welded / brazed / sealed
- Pressure testing, leak testing
- Channels: serpentine, spiral, multi‑pass, or optimized for amplifier layout
3. Key Features for Power Amplifiers
- High heat dissipation: suitable for 100W–several kW amplifiers
- Uniform temperature: keeps RF performance stable
- Low thermal resistance: direct machining → no interface gap
- Compact & flat: easy to mount with PA modules
- Leak‑proof design: pressure tested up to 6–10 bar
- Corrosion resistance: can use deionized water or coolant
4. Why Use It for Power Amplifiers?
- Temperature drift
- Thermal expansion
- Heat concentration
- Stabilizes gain & output power
- Extends amplifier lifetime
- Allows higher power density in smaller space
- Eliminates fan noise & dust issues
5. Typical Applications
- RF power amplifiers
- Microwave transmitters
- Broadcast power amplifiers
- Industrial high‑power amplifiers
- Military & communication amplifier modules
6. Compared to Other Coolers
- Better than air cooling: higher heat load, quieter
- Better than extruded cold plates: complex channels, higher performance
- Better than skiving heatsink: for extreme high power



