Premium Pin-Fin Heat-Sink Wcopper Heat-Pipe For High-End Equipment
Pin Fin Heat Sink

Premium Pin-Fin Heat-Sink Wcopper Heat-Pipe For High-End Equipment

Product Highlights

  • Efficient thermal management for high-end equipment.
  • Innovative pin-fin design enhances heat dissipation.
  • Integrated copper heat-pipe boosts thermal conductivity.
  • Compact and lightweight for space-constrained applications.
  • Durable construction ensures long-term reliability.
  • Optimized for high-performance electronic components.
  • Easy installation with versatile mounting options.
  • Reduces risk of overheating and component failure.

Products Details

power interfaceother
fan sizeOther
noiseOther
power25w
air volumeother
applicationOther
typeHeatpipe
heatsink materialCopper
fan speed controlother
Weight450 g
CPU Socket typeLga 115 x/1200 cpu socket
Heatsink materialCopper skiving fin + copper base
CPU Cooler dimensions88*88*23 mm
PrincipleHot and cold conversion
Cpu hole distance75*75 mm
Fin Pitch0.35 mm
Fin thickness1.9 mm
Name 2Sintered heat pipe
Selling UnitsSingle item
Single package size25X20X30 cm
Single gross weight2.500 kg

Premium Pin-Fin Heat-Sink Wcopper Heat-Pipe For High-End Equipment

FAQ

1. What is the primary function of the heat-sink?
The primary function is to manage heat efficiently in high-end equipment.

2. How does the pin-fin design benefit cooling?
The pin-fin design enhances heat dissipation by increasing surface area.

3. Why use a copper heat-pipe?
Copper heat-pipes offer superior thermal conductivity for better cooling.

4. Is the heat-sink suitable for compact spaces?
Yes, the compact design makes it ideal for space-constrained applications.

5. What ensures the durability of the heat-sink?
The durable construction ensures long-term reliability and performance.

6. Can it support high-performance electronic components?
Yes, it is optimized for high-performance electronic components.

7. How easy is the installation process?
Installation is easy with versatile mounting options.

8. Does it help prevent component failure?
Yes, it reduces the risk of overheating and component failure.


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