Hand Dryer-K2013A
Hand Dryer‑K2013A is constructed from Grade 304 stainless steel, offering excellent resistance against corrosion and intentional vandalism. Instead of conventional tubular airflow, it adopts blade‑style jet air output, bringing outstanding energy‑saving performance alongside ultra‑fast hand‑drying speed. A detachable built‑in HEPA air filter boosts overall hygiene by blocking airborne germs and bacteria from getting into the dryer’s internal air path. It is equipped with high‑precision sensors complemented by elegant blue ambient LED lighting. These visual cues show operating status and outline the drying zone, guiding users to position their hands within the warm airflow. Eco‑friendly multi‑level power modes are available, with minimum power output as low as 400W. Four configurable settings allow full customisation to match diverse on‑site project demands. Installation is highly convenient: there is no requirement to take off the rear cover during mounting work.
Technical
- Air Speed:105m/s
- Voltage: AC220–240V / AC110–127V
- Drying Time: 7-10s
- Motor: Brush motor
- Waterproof: IPX3
- Product Size: 282(W)X240(H)X174(D)MM
- Power:550W
Describe
Features
- Precision water‑blasting jet airflow system, peak jet velocity up to 105 m/s
- Adaptive ECO thermal sensor dynamically fine‑tunes airflow warmth to minimise power draw
- Dual‑stage HEPA purification intercepts airborne microbes for sanitised hand drying
Product Dimensions
| Name | High speed hand dryer |
| Code | K2013A |
| Air speed | 105m/s |
| Voltage | AC220-240V/AC110-127V |
| Drying time | 7-10s |
| Motor | Brush motor |
| Waterproof | IPX3 |
| Product size | 282(W)×240(H)×174(D)MM |
| Power | 550W |
FAQs
What airflow performance can this dryer achieve?
It utilises precision water‑blasting jet mechanics paired with a high‑velocity motor to deliver peak airflow of 105 m/s.
How does the ECO Air Sensor help save operating costs?
The built‑in ECO thermal sensor tracks washroom ambient temperature and dynamically adjusts heating output to reduce power consumption.








