Special Features

Excellent Brass Construction - Heat Sink is crafted from top-grade brass, offering exceptional oxidation and degradation protection. This sturdy material ensures enduring performance even in challenging environments like industrial controls and electrical supplies.
Optimized Heat Dissipation Design - Cooling Radiator features accurately slotted fine teeth that maximize area for efficient thermal transfer. This design quickly draws heat away from sensitive components such as CPUs, ICs, and transistors, avoiding overheating damage.
Wide Device Compatibility - These heat sinks are ideal for multiple applications including routers, motherboards, amplifiers, and PCBs. Use them for electrical appliances, circuit boards, and electronic modules to maintain favorable operating temperatures.
Dependable Extended Performance - Each radiator maintains structural integrity through prolonged use, providing steady cooling without breakdown. The brass construction ensures outstanding thermal conductivity year after year for computers and industrial components.
Comprehensive Cooling Solution Package - You receive 10 identical heat sinks (Type P9x4x9) ready for immediate installation. This multi-pack value ensures you have backups for various projects involving tubes, transistors, and electrical supplies.

Description

Is your electronics overheating causing shutdowns and reduced lifespan? Imagine your routers, amplifiers, and motherboards running cooler and lasting years longer. Our brass heat sinks provide the solution! These radiators feature accurately slotted fins that significantly improve heat dissipation. Made from non-corrosive brass, they maintain consistent performance on CPUs, PCBs, and industrial controls. Each package includes 10 identical P9x4x9 types ready to secure your valuable equipment.
Item Type: Heat Sink

Material: Brass
Model: P9x4x9

Package List：
10 x Heat Sink

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CPU Cooler Heat Sink 10Pcs | Brass Radiator P9x4x9 for Computers/Routers/Industrial Control | Non - Corrosive Cooling Fins for Improved Heat Dissipation

Special Features

Description

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