Liwal is the brand behind a next-generation wall-mounted, negative-ion full body dryer designed to replace towels and deliver a luxury spa-style drying experience in both residential and commercial environments.
The Liwal body dryer provides a 360° warm air massage with high-efficiency airflow at 8 m/s, drying the body in under 160 seconds. Its fully contactless operation eliminates towel friction, improving hygiene and reducing the risk of cross-infection.
Powered by advanced negative-ion technology, Liwal body dryer releases over 400 million ions per cm³, helping to nourish the skin, neutralize static electricity, and leave hair smoother and healthier after every use.
An upgraded smart thermostat with multiple wind speed and heat levels allows users to personalize their drying experience. The intuitive HD touchscreen and remote control ensure easy operation for all ages and abilities, making Liwal body dryer suitable for both private and assisted-use environments.
Built for long-term performance, Liwal body dryer is constructed from high-quality HDPE, offering excellent durability in humid spaces. The unit is supported by a 2-year warranty and recognized safety and quality certifications, providing confidence for residential and commercial installations.
The dryer features a modular snap-lock design for quick installation and easy cleaning, along with an IPX4 splash-resistant waterproof rating for safe bathroom use. Its 24 negative-ion air diffuser channels and slim wall-mounted form ensure efficient full-body coverage while saving space.
By completely eliminating towel use, Liwal supports sustainability by saving up to ~70 liters of water per towel wash and reducing CO₂ emissions associated with laundering, including energy, water, and detergent consumption.
Ideal Applications
Hotels and homestays
Gyms and swimming pools
Nursing homes and assisted-living facilities
Medical and rehabilitation centers
Disability care environments
Disclaimers - The images shown are for illustration purposes only and may not be an exact representation of the product.
