Aluminum Heatsink For Amplifiers Black Anodized
Anodized Heatsink

Aluminum Heatsink For Amplifiers Black Anodized

Product Highlights

  • High thermal conductivity for efficient heat dissipation.
  • Durable black anodized finish for enhanced corrosion resistance.
  • Lightweight aluminum design for easy installation.
  • Ideal for amplifiers requiring optimal temperature management.
  • Customizable size options for versatile applications.
  • Enhanced performance with reduced thermal resistance.
  • Environmentally friendly material with recyclable properties.
  • Compatible with various amplifier models and configurations.

Products Details

Body MaterialAluminum
ShapeSquare
Surface TreatmentAnodized
IP RatingIP65
Lighting solutions serviceProject Installation, led lighting
ApplicationLed Heat Sink, Indoor, Outdoor
Body ColorSilver
FinishPolished Steel, Brushed Nickel, Polished Chrome
Luminous Efficacy(lm/w)14000
ProcessCold Forging
Selling UnitsSingle item
Single package size17X17X8 cm
Single gross weight1.500 kg

Aluminum Heatsink For Amplifiers Black Anodized

FAQ

1. What is the primary function of the aluminum heatsink?
The primary function of the aluminum heatsink is efficient heat dissipation.

2. Why is black anodized finish important for heatsinks?
Black anodized finish provides enhanced corrosion resistance and durability.

3. How does aluminum benefit amplifier heatsinks?
Aluminum offers lightweight and excellent thermal conductivity for heatsinks.

4. Can this heatsink be used with any amplifier?
Yes, it is compatible with various amplifier models and configurations.

5. Is the aluminum heatsink environmentally friendly?
Yes, it is made from recyclable materials, making it environmentally friendly.

6. What customization options are available for the heatsink?
Customizable size options are available for versatile applications.

7. How does this heatsink improve amplifier performance?
It reduces thermal resistance, enhancing amplifier performance.

8. Why choose aluminum heatsink over other materials?
Aluminum is preferred for its lightweight and high thermal conductivity.


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