Amazon

NZXT F140P 140mm Static Pressure PC Case Fan Ideal for Radiators & Heatsinks High Rear Chamfer Intake Fluid Dynamic Bearings Low Noise PWM Control Black

Name: NZXT F140P 140mm Static Pressure PC Case Fan Ideal for Radiators & Heatsinks High Rear Chamfer Intake Fluid Dynamic Bearings Low Noise PWM Control Black
Brand: NZXT
SKU: 2030afbe6e8f5ff90b24470dd52c5d1f

1/1

Image of NZXT F140P 140mm Static Pressure PC Case Fan Ideal for Radiators & Heatsinks High Rear Chamfer Intake Fluid Dynamic Bearings Low Noise PWM Control Black

Amazon

Prices from

17.90

Description

Amazon HIGH STATIC PRESSURE — Seven thick blades are optimized for high static pressure so air can be pushed through tight spaces, ideal for mounting on radiators and heatsinks. EFFICIENT DESIGN — Minimal gap between blade edges and frame maximizes the spinning area for higher airflow and reduced turbulence. POWERFUL COOLING — Chamfered frame design directs air in a highly-concentrated flow pattern, traveling far into the case to cool vital components. LOW NOISE, LONG LASTING — Fluid dynamic bearings provide unwavering stability, low-noise operation, and a 6,-hour lifespan. WORKS SMARTER — PWM control dynamically adjusts fan speed for higher output or lower noise based on system temperatures for efficient cooling.

Compare webshops (2)

Sponsored links · Some shops pay us a fee

Sort by:

€ 17.90

Description (1)

HIGH STATIC PRESSURE — Seven thick blades are optimized for high static pressure so air can be pushed through tight spaces, ideal for mounting on radiators and heatsinks. EFFICIENT DESIGN — Minimal gap between blade edges and frame maximizes the spinning area for higher airflow and reduced turbulence. POWERFUL COOLING — Chamfered frame design directs air in a highly-concentrated flow pattern, traveling far into the case to cool vital components. LOW NOISE, LONG LASTING — Fluid dynamic bearings provide unwavering stability, low-noise operation, and a 6,-hour lifespan. WORKS SMARTER — PWM control dynamically adjusts fan speed for higher output or lower noise based on system temperatures for efficient cooling.