Unger nLite Soft Brush - for sensitive surfaces

The Unger nLITE Soft Brushes NFS28 (28 cm) and NFS41 (41 cm) are specially designed for gentle yet effective pure water cleaning, making them ideal for delicate surfaces where protection and precision are essential. Built with thin, highly flexible synthetic bristles, these brushes provide a soft touch while still delivering reliable dirt removal. The short, densely packed bristle layout ensures a stable structure that maintains consistent contact with the surface, improving cleaning efficiency without causing damage. Designed for sensitive applications, the nLITE Soft brushes are particularly suited to coated glass, painted frames, plastic surfaces, and delicate finishes, helping to reduce the risk of scratching while maintaining excellent cleaning results. For enhanced performance, both models feature an integrated central nozzle block combined with a rinse bar positioned above the brush, delivering pure water directly where it is needed for effective rinsing and streak-free results. The brushes also include a 180° swivel function with lock, allowing users to switch between traditional up-and-down cleaning and efficient side-to-side “S-motion,” increasing coverage and productivity—especially when working at height or from platforms. Additional soft-touch bumpers protect window frames and surrounding surfaces from impact while reducing noise during use, making them ideal for professional environments. The NFS28 (28 cm) offers excellent manoeuvrability for detailed work, smaller windows, and confined areas, while the NFS41 (41 cm) provides a wider cleaning path for larger glass surfaces and faster coverage. Fully compatible with the nLITE system of poles and accessories, these brushes are ideal for professional window cleaning, façade maintenance, and solar panel cleaning where surface care is critical. Overall, the Unger nLITE Soft brushes deliver a gentle, controlled, and high-quality cleaning solution, combining delicate surface protection with efficient pure water performance.