The B60T Case Fan delivers reliable cooling to keep your PC running smoothly under load. It is designed to promote steady airflow, helping to reduce overheating risk and maintain system stability during demanding tasks. Key benefits - Improves cooling efficiency and reduces overheating risk by delivering consistent airflow through the chassis. - Durable and dependable, with superior thermal conductivity to support stable operation during extended use. - 6 copper heat pipe design provides optimized heat dissipation for your PC setup. - Suitable for gaming rigs and high-demand workstations, helping to keep components cool during intensive tasks. Why you need it - Keep your CPU, GPU, and other components cooler during long gaming sessions or heavy processing workloads. - Maintain higher performance without thermal throttling by ensuring effective heat removal. - Invest in a reliable cooling solution designed for demanding environments, helping to preserve system stability. Use scenarios - Gaming PC: maintain cool temperatures during extended play and immersive sessions. - Professional workstation: support video editing, 3D rendering, or software compilation with sustained performance. - High-load multitasking PC: keep temperatures in check during heavy multitasking, streaming, or development workflows. Key specifications and attributes - Model: B60T - Function: enhances cooling efficiency and airflow within the PC case - Heat dissipation design: 6 copper heat pipes for optimized heat transfer - Material: copper heat pipe design associated with the cooling path - Size and form factor: standard case fan dimensions for typical PC builds (exact dimensions not specified) - Compatibility: designed for standard PC cases and installations requiring a case fan - Performance: focused on reliable cooling, durability, and stability under load Applications - Gaming rigs, content creation workstations, and high-performance desktops that require effective thermal management - Any PC build where maintaining cooler component temperatures during intensive tasks is a priority