Towel Dryer

Decorative Towel Dryers

Zehnder decorative Towel Dryers are used in both residential and commercial buildings and meet the most advanced heating requirements with a variety of shapes, colors, and sizes. They are suitable for different heating systems and central heating electric and dual energy operation.

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Choose the right Towel Dryer

Zehnder Decorative Towel Warmers


Designer Towel Dryers from Zehnder warm the home and enhance its appearance.


No wonder, as they were created by well-known designers. And it goes without saying that Zehnder does not neglect the functionality required in the bathroom, kitchen, WC, fitness and hobby room.


Zehnder Towel Dryers provide warmth and comfort and are ideal for hanging and drying towels. Their attractive design enhances any bathroom.

 

Operation

Operation on central heating system:


Every Towel Dryer is connected to the heat generation system. The connection between the two parts is made via pipes - modern Towel Dryers are connected with two pipes. The desired temperature is set via the thermostat. The water is heated by the heat generation system and delivers warm/hot water to the radiator via the pipes. The heat of the water that flows through the Towel Dryer is then released into the air. The water cools down and sinks into the Towel Dryer. It then flows back again via the return pipe. The heat generator heats the returning water again. This creates a constant process that produces a comfortable temperature.

Electric operation:


An electric decorative Towel Dryer is normally filled with a heat transfer fluid. This medium is heated by means of an electric heating cartridge in the Towel Dryer itself. The liquid then circulates in the Towel Dryer and releases heat. Since these Towel Dryers can be controlled individually, various rooms such as the bathroom can be heated in a very short time. There are also dry models with internal heating cables. These are characterized by an extraordinary reaction speed.

Zehnder Zenia


Zenia is an electric towel warmer, towel dryer, infrared radiator and boost heater all-in-one – in the form of an integrated unit that perfectly blends into modern bathroom architecture thanks to its minimalist design. The revolutionary Zehnder Zenia thermal comfort unit supplies pleasant heat quickly and ensures ultimate comfort heating in your bathroom independently of the central heating system. At the same time, you can dry and warm towels behind a visually appealing heated glass door. Available in white or black.

 

Operation

Perfect integration into modern bathroom architecture due to in-wall installation and minimalist design
Hidden storage space ensures a tidier bathroom
Heat available on demand for pre-heating rooms and towels with the integrated boost heater
High energy efficiency due to compliance with the European Eco-design Directive reduces energy costs
The fast-drying function significantly reduces the build-up of bacteria on damp towels and textiles
Intuitive operation with the control panel for heated front face, boost function, towel warming and fast drying function
Customized solution with personalized daily and weekly programmed via an app
The thermal comfort unit provides dry, warm towels and a comfortable room all year round
The flat fronts simplify cleaning of the inner case and heated glass door
Installation next to a shower or bathtub enables flexibility during the planning phase
Comfortable radiant heat from the heated glass door quickly creates a feeling of cosines
Low energy consumption of less than 0.5 W in stand-by mode for increased energy efficiency
FAQ´s

Got Questions? We've Got Answers!

In this day and age, there is a wide range of Towel Dryers to choose from. However, many of them look very similar. If you are looking for a special Towel Dryer that blends in perfectly with your interior or has an eye-catching colour or shape, then a Zehnder Decorative Towel Dryer is the perfect choice for you. A Towel Dryer should not only be aesthetically pleasing but also heat the room effectively. The size and nature of the room, as well as the type of heat generation, are decisive factors in choosing the right product.

The function of the room also plays a role. Since the time spent in each room differs, the output of the Towel Dryer must be designed on an individual basis. In the bathroom, a Towel Dryer with adapted heating output is ideal, which is also time-controlled and a visual highlight. Bathroom Towel Dryers are also perfect for warming and drying towels, adding comfort to your home.

Ask your heating engineer for advice on creating the optimum heating system for your home. The heating engineer works closely with us and brings the relevant know-how to ensure a perfect heating installation. With the right choice of Towel Dryer and heating system, you can ensure that your bathroom is optimally heated and that you can enjoy the desired comfort.

Electric bathroom Towel Dryer:

An electric Towel Dryer is often used in the bathroom to supplement underfloor heating. It fits perfectly into an energy-efficient house, especially when combined with solar panels and ventilation with heat recovery. In the bathroom, the electric Towel Dryer serves to increase comfort and to warm and dry towels. This makes it possible to react individually and quickly to the different requirements in the room.


Operation on central heating system and low water temperature radiator:

The second type of decorative Towel Dryer is for operation on a central heating system. The Towel Dryer is connected to a central heating system. The water is heated in the heat generator and then flows through the Towel Dryer. The energy is released into the room in the form of heat.


Hybrid radiators (dual energy operation):

Zehnder supplies bathroom Towel Dryers for hybrid heating systems, which are a combination of central heating and electric heating. The Towel Dryer uses hot water to heat the room, but also offers a built-in electric heating cartridge for added comfort, especially during the transitional period and when warming and drying towels.

Operation on central heating system:

Every Towel Dryer is connected to the heat generation system. The connection between the two parts is made via pipes - modern Towel Dryers are connected with two pipes. The desired temperature is set via the thermostat. The water is heated by the heat generation system and delivers warm/hot water to the Towel Dryer via the pipes. The heat of the water that flows through the Towel Dryer is then released into the air. The water cools down and sinks into the Towel Dryer. It then flows back again via the return pipe. The heat generator heats the returning water again. This creates a constant process that produces a comfortable temperature.


Electric operation:

An electric decorative Towel Dryer is normally filled with a heat transfer fluid. This medium is heated by means of an electric heating cartridge in the Towel Dryer itself. The liquid then circulates in the Towel Dryer and releases heat. Since these Towel Dryers can be controlled individually, various rooms such as the bathroom can be heated in a very short time. There are also dry models with internal heating cables. These are characterized by an extraordinary reaction speed.

Zehnder radiators are available in any colour: RAL colours, trend colours, metallic colours, and many more. For more information, please see our colour chart or call us.

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Insights into Disease Development

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First exposure to herpesviruses does not cause a life-threatening disease. In fact, most individuals are frequently unaware of their first exposure to these viruses. These herpesviruses acquire lifelong latency in the human body after entering human cells. We propose that it is not the latency itself but the timely and regionally restricted viral activation in a sub-set of host cells due to one of the several triggers ranging from prescription drugs to other infections that is pivotal to disease development. Using novel state-of-the-art latency models and modern innovative molecular biology approaches, we try to understand the early stages of host-virus interactions, starting from single-cell to multicellular organoid levels.

Bhupesh Prusty

Bhupesh Prusty is a Professor of Science at Rīga Stradiņš University, Riga, Latvia. Bhupesh’s schooling began in rural India, leading him to an academic career with a prestigious doctoral fellowship from the Council of Scientific and Industrial Research (CSIR), India. During his Ph.D., he studied the role of human papillomaviruses (HPVs) in cervical cancer development under the mentorship of Dr. Bhudev Das at the Institute of Cytology and Preventive Oncology. His doctoral work was recognized through several awards, including a Young Scientist Award in the Medical Science Section from the Indian Science Congress and the Shakuntala Amir Chand Prize from the Indian Council of Medical Research (ICMR) (2005). 


Bhupesh was invited to join the laboratory of Prof. Harald zur Hausen, who received the Nobel Prize in Medicine in 2008, at the DKFZ as a postdoctoral researcher. Bhupesh received the EMBO/EMBL Science Writing Prize during his postdoctoral work at Heidelberg, Germany. Bhupesh started his independent research career at the Julius-Maximilians-University of Würzburg, Germany, under the mentorship of Prof. Thomas Rudel and Prof. Lars Dölken. Bhupesh was mentored by Dr. Dharam Ablashi, who co-discovered HHV-6 in 1986. Bhupesh’s groundbreaking work on HHV-6 pathophysiology has earned him several international awards, including the Best Trainee award and Koichi Yamanishi Young Investigator Award from HHV-6 Foundation, USA; the prestigious Experiment! research grant from Volkswagen Stiftung, Germany; Ramsay Research Award from Solve ME/CFS Initiative, USA. His innovative research ideas have been supported by Deutsche Forschungsgemeinschaft (DFG); Bundesministerium für Bildung und Forschung (BMBF); HHV-6 Foundation, USA; Amar Foundation, USA; ME Research UK; Solve ME/CFS Initiative, USA; TEMPI Foundation, Austria; Helmholtz Center for RNA-based Infection Research (HIRI), Würzburg, Germany; Fatigatio, Germany; and Deutsche Gesellschaft für ME/CFS, Germany. 

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