Key benefits - Personal cooling wherever you go: 2 power options (USB powered or battery operation) and a foldable desk fan design, making it a convenient solution for personal use at home, in the office, or on the move. - Long-lasting, energy-efficient performance: built-in battery lasts up to 8 hours on a full charge, reducing the need for constant recharging and helping save electricity. - Flexible airflow with quiet operation: 5 speed settings provide adjustable cooling while keeping noise low for a comfortable work or rest environment. - Portable and space-saving: compact, lightweight form factor and a foldable design allow easy storage and transport in a bag or backpack. - Well suited for hot days: a practical companion for hot conditions, ensuring you stay cool whether you are at your desk, traveling, or outdoors. What it offers - Power options: USB and battery operation for versatile use at a desk, in a bag, or on the go. - Battery life: up to 8 hours of cooling from a single charge, reducing the need to recharge during use. - Performance: 5-speed settings for customizable airflow; designed for quiet operation to avoid disturbance in work or rest environments. - Design: foldable, compact, and portable, enabling easy storage when not in use. - Applications: suitable for office, home, travel, commuting, and outdoor activities on hot days. Specifications and usage - Operation: USB powered or battery powered - Battery life: up to 8 hours on a full charge - Settings: 5 speeds for adjustable airflow - Noise: whisper-quiet operation - Design: foldable and compact for easy storage and transport - Ideal use: personal cooling at desk, during travel, or in outdoor settings Use scenarios - At a desk or in a small office: keep your personal space cool without increasing room-wide temperature or noise. - During travel or commuting: carry it in a bag for use on planes, trains, buses, or in hotel rooms to stay comfortable. - Outdoors on hot days: take it along during picnics, parks, or camping trips to provide quick relief from heat.