

Scythe Kaze Flex II Slim 120 PWM fan series pay special attention to the quietness and high volume airflow, which contribute to premium PC ventilation efficiency. The 15mm thickness frame can easily fit into any Mini-ITX chassis with proper installation. Combined with 4 anti-shocking rubber pads, the fan during full-loaded status is running a perfect silent operation. The 4-Pin PWM version Kaze Flex II 120 Slim enables PC enthusiasts to set up their preferred fan speed at their command. This edition conveys a sleek shape and neat design, making your customized PC more than outstanding. The reliable new fan frame offers impressive aerodynamic performance and ample airflow that is the perfect choice for high TDP CPU and radiators.

Scythe's new generation Kaze Flex II Slim 120mm is renowned for its stunning performance and exceptional silent operation (low decibel level), optimised fan frame enables Kaze Flex II to outperform the first Generation Kaze Flex Slim fan significantly. What's better, the fan frame measures precisely 1mm slimmer in thickness that can easily fit into any compact Mini-ITX chassis and small form factor cases. A true winner to succeed.

The Shock-Absorption Rubber pads allow the Kaze Flex II slim fan contributes to nearly silent operation by absorbing possible vibration transmission. Installation Tools include:
- Metal Screw X 4
- Screw Pin Rivet X 4
- 200mm 4-Pin Extension Cable X 1

With proprietary Fluid Dynamic Bearing, the Kaze Flex II 120 Slim fan provides quiet cooling as well as long lifespan up to 120,000 hours. The bearing and pressure shaft are made of high-quality compressed metal, it is built under highest standard for excellent stability and impressive durability.

With a slimmer frame body, the Kaze Flex II 120mm Slim is now 1mm slimmer than its predecessor and generates more airflow to cool your high TDP PC down. The compact frame size also becomes the perfect choice for those who are in search of a premium quiet PC fan with satisfying performance for Small Form Factor PC Case.