Cooling Fan SILVERSTONE SST-SF160B 160mm black axial fan

The SILVERSTONE SST-SF160B 160mm black axial fan is a purpose-built cooling component for desktop PCs, workstations and home servers. Designed to fit standard 160 mm mounts, this fan delivers directed airflow for case ventilation, radiators and heatsinks. The black frame and blades provide a neutral aesthetic that integrates with various system builds while the axial design focuses on maximizing airflow through restricted spaces such as radiators and drive cages.

Advantages

This 160 mm axial fan offers stable and consistent airflow for improved thermal performance in multi-component systems. Its larger diameter allows comparable airflow at lower rotational speed versus smaller fans, which can reduce acoustic levels while maintaining cooling capacity. The fan is compatible with standard system fan headers and fan controllers, enabling flexible speed control and integration into existing cooling setups.

Suitable for

• Case ventilation in mid-tower and full-tower desktop computers
• Push/pull configurations on 160 mm-compatible radiators
• Cooling large heatsinks and component bays in workstations and home servers
• Replacement or upgrade of existing 160 mm case fans

Key specifications

• Fan type: axial fan designed for computer cooling
• Frame size: 160 mm diameter compatible with standard 160 mm mounts
• Color: black frame and blades
• Application: case ventilation, radiator and heatsink airflow
• Connector compatibility: attaches to system fan headers or compatible fan controllers

How to use

Install the fan into a compatible 160 mm mount position inside the computer chassis, ensuring the airflow direction aligns with the desired intake or exhaust orientation. Secure the fan using appropriate screws or mounts provided by the case, and connect the fan cable to the system fan header or an external controller. Adjust fan speed through BIOS, operating system utilities or a hardware fan controller to balance cooling performance and noise level.

Recommendations

For optimal results, place the fan where it supports overall airflow patterns—intake at the front or bottom and exhaust at the rear or top—and consider using it in coordinated push/pull arrangements on radiators. Regularly check and clean the fan blades and surrounding filters to maintain airflow efficiency and reduce noise caused by dust buildup.