Experience the pinnacle of washroom innovation with the Dyson Airblade 9kJ Hand Dryer in a premium Nickel finish. Engineered for performance, hygiene, and energy efficiency, the Airblade 9kJ sets a new standard for sustainable hand drying in high-traffic environments.
Powered by Dyson’s advanced digital motor V4, the Airblade 9kJ delivers fast, hygienic drying in just 10–12 seconds. Its robust HEPA filtration system captures 99.95% of bacteria and particles from the air, ensuring hands are dried with clean, purified air. The intuitive, touch-free operation enhances hygiene standards while minimising the spread of germs within the washroom.
Constructed from curved, precision-moulded stainless steel with a sophisticated Nickel finish, this hand dryer offers outstanding durability, ease of maintenance, and a contemporary aesthetic to complement modern washroom designs.
The Dyson Airblade 9kJ is designed with flexibility in mind, featuring two power modes – Max (900W) for faster drying in busy environments and Eco (650W) for quieter, energy-efficient performance – helping businesses to significantly reduce running costs and their environmental impact.
Key Features:
Fast Drying: Hygienically dries hands in 10–12 seconds.
Energy Efficient: Uses up to 87% less energy than traditional hand dryers.
HEPA Filtration: Captures 99.95% of particles, bacteria, and viruses from the air.
Touch-Free Activation: Infrared sensors ensure a hygienic, contactless user experience.
Premium Construction: Curved stainless steel design with an elegant Nickel finish.
Quiet Operation: Certified by Quiet Mark for low noise output without compromising performance.
Dual Power Modes: Select between Max and Eco settings to suit your environment.
Environmentally Responsible: Lower carbon footprint compared to paper towels.
The Dyson Airblade 9kJ Hand Dryer in Nickel is the ultimate choice for organisations seeking a sustainable, hygienic, and high-performance hand drying solution that enhances both the functionality and appearance of their washroom facilities.
