130Mm Aluminum Equipment Heatsink Profile
Heatsink Extrusion

130Mm Aluminum Equipment Heatsink Profile

Product Highlights

  • High thermal conductivity for optimal equipment cooling
  • Durable aluminum construction for long-lasting performance
  • Lightweight design for easy integration into diverse systems
  • Corrosion-resistant surface ensures reliability in harsh environments
  • Customizable dimensions to fit specific equipment needs
  • Enhanced surface area for maximum heat dissipation
  • Easy to install with standard mounting options
  • Cost-effective solution for efficient thermal management

Products Details

Grade6000 Series
Tolerance±3%
Delivery Time22-30 days
Alloy Or NotIs Alloy
ApplicationHeat Sink
Processing ServiceBending, Decoiling, Welding, Punching, Cutting
ShapeT - Profile
TemperT3-T8
Product nameAluminum Heat Sink
CertificationISO9001
Surface treatmentAnodized
ColorCustomized Color
MaterialAlloy 6063/6061/6005/6060 T5/T6 Etc
LengthCustomized Length
SizeCustomized Size
TypeOEM Aluminum Extrusions Heat Sink
KeywordHeat Sink Extrusion
Thickness0.2mm~3mm/Customized
Selling UnitsSingle item
Single package size5X5X5 cm
Single gross weight1.000 kg

130Mm Aluminum Equipment Heatsink Profile

FAQ

1. What is the primary function of the 130mm Aluminum Equipment Heatsink Profile?
The heatsink provides efficient thermal management by dissipating heat from equipment.

2. Is the 130mm Aluminum Equipment Heatsink Profile customizable?
Yes, it can be customized to fit specific equipment dimensions.

3. How does the aluminum construction benefit the heatsink?
Aluminum offers high thermal conductivity and durability, enhancing performance.

4. Can the heatsink be used in harsh environments?
Yes, its corrosion-resistant surface makes it reliable in harsh conditions.

5. What makes this heatsink easy to integrate into systems?
Its lightweight design and standard mounting options ensure easy integration.

6. Why is maximizing heat dissipation important?
Enhanced heat dissipation prevents equipment overheating, ensuring longevity.

7. Is this heatsink a cost-effective solution?
Yes, it offers efficient thermal management at a competitive price.

8. How does the surface area affect heat dissipation?
Increased surface area allows for greater heat dissipation, improving cooling efficiency.


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