The handle is covered by a special photocatalytic coating made from titanium dioxide and is powered by an internal generator that converts kinetic energy door movement into light energy to.
Uv light door handle.
When the handle turns on bacteria is automatically destroyed through a chemical reaction activated by uv light reacting with the thin coating on the glass tube.
When movement is detected by the sensor and has stopped for five minutes the uv lights automatically turn on and disinfect the handle from both sides for 10 minutes.
The handle is achieved with a glass tube that s accented by aluminum caps at the top and bottom that hide uv light technology.
Ultraviolet light can help but how to make it count is the question.
Everything is powered by an internal generator as the handle converts kinetic energy from the door s motion into light energy.
The handle attendant is a special set of uv light fixtures that are mounted above and below the ada approved door handle to safely and effectively self sterilize the door handle in seconds with uv technology.
Self sanitizing uv door knob kills germs.
The bacteria is decomposed through a chemical reaction that is activated by uv light reacting with the thin coating on the glass tube.
Cleaning commonly touched surfaces like door handles is essential but still something of a hassle which is something this self sanitizing door handle aims to change.
Turn something everyone touches into a place to stop rather than spread common contact driven communicable diseases.
The innovative design provides an alternative to antibacterial gels and wipes.
When exposed to uv light a chemical reaction occurs causing the glass door handle to decompose bacteria.
The portion of the handle that users come into contact with is covered in a powdered photocatalytic coating that s sourced from titanium dioxide.
Something as simple as the flu can still kill and washing one s hands regularly only goes so far.
The handle is made of a glass tube with aluminum caps at each end and the entire handle is covered in a powdered photocatalytic coating made from a mineral called titanium dioxide.
Kinetic energy from the continuous opening and closing of the door powers an internal generator allowing the uv light to constantly shine.