Keyboard air duster that removes dust and dirt quickly and safely, made from soft PVC compression material for comfort and longterm use. Key benefits Effective cleaning: air volume and strong airflow dislodge and expel dust and debris from between keys and tight crevices in seconds. Comfortable and durable: Made of soft PVC compression material that feels good in the hand and is wearresistant for repeated use. Secure grip: Nonslip surface and a shape that fits the palm prevent slipping and allow confident, controlled cleaning. Resilient design: Strong bounce and good elasticity resist deformation and damage so the duster keeps its shape and performance over time. Features Material: Soft PVC compression material — comfortable to press and wearresistant. Grip: Nonslip textured surface and palmfitting shape for stable handling. Performance: air volume with strong, smooth airflow to remove dust and dirt quickly. Durability: Elastic, bounceback construction resists deformation and damage for extended service life. Function: Designed to clean keyboards and other small electronic devices with crevices and vents. Practical uses Keyboard maintenance: Quickly blow dust and crumbs from between keys on mechanical and membrane keyboards without disassembly. Laptop and desktop cleaning: Clear vents, ports, and hinge areas to help maintain airflow and reduce overheating risk. Electronics and office gear: Remove dust from calculators, printers, remote controls, and other devices with narrow gaps. How to use Grip the duster firmly by the palmshaped body. Squeeze repeatedly to produce strong bursts of air directed at the area to be cleaned. Work across the surface until visible debris is removed. What it solves Eliminates the need to disassemble devices for routine dust removal. Reduces buildup that can affect key action, vents, or ports. Provides a reusable, durable alternative to singleuse dusters or canned air. Compatibility and care Suitable for keyboards and a wide range of small electronics. Clean the surface with a mild cloth and avoid exposure to extreme heat or solvents to preserve material integrity.