Radiador Alphacool 14442 latão cobre aço inoxidável preto 144 mm

The Alphacool 14442 radiator is a compact, high-performance cooling component constructed from brass, copper and stainless steel. With a width of 144 mm, a depth of 455.5 mm and a height of 45 mm, the unit is engineered to improve heat dissipation in liquid-cooled computer builds. Its combination of materials and slim profile makes it suitable for installations where reliable thermal transfer and structural durability are required.

Advantages

The radiator combines copper and brass for efficient thermal conductivity while stainless steel elements provide corrosion resistance and mechanical strength. Its slim 45 mm height reduces case space usage without sacrificing surface area for coolant flow. The construction supports stable long-term operation and compatibility with standard liquid-cooling fittings and mounting patterns.

Suitable for

• Small and mid-tower PC liquid cooling loops
• Systems requiring a slim, high-conductivity radiator
• Upgrades to improve CPU or GPU cooling performance
• Builds prioritizing corrosion resistance and mechanical durability

Key specifications

• Material composition: brass, copper, stainless steel
• Width: 144 mm
• Depth: 455.5 mm
• Height: 45 mm
• Form factor: slim single-radiator design suitable for typical fan mounts

How to use

Install the radiator into a compatible case or external mounting location using standard radiator mounting points and screws. Connect inlet and outlet tubing using appropriate fittings and ensure tight, leak-free seals. Integrate the radiator into the liquid cooling loop with the pump, reservoir and water blocks, then fill and bleed the system according to the coolant manufacturer's instructions. Verify airflow direction and secure fans to achieve recommended airflow through the radiator fins.

Recommendations

Use corrosion-inhibiting coolant and check fittings periodically for tightness. Maintain unobstructed airflow across the radiator fins and clean dust from fins and fans on a regular schedule to preserve thermal performance.