Easymix mixing system for showers with precise temperature

Controlling water in the bath and shower is an unspectacular process from a technical point of view - and yet it has a decisive influence on comfort, consumption and suitability for everyday use.

A clear standard has been established over the years between classic single-lever mixers and thermostats. It is precisely within this established structure that a new mixing system comes into play, combining and expanding both approaches. The focus here is not on completely replacing existing technology, but on targeted further development. The system combines volume control and precise temperature control in a form that is positioned between the familiar solutions. For users, this means more control over water flow and temperature without completely taking over the complexity of classic thermostats.

Hansa Easymix between single-lever mixer and thermostat

Hansa has deliberately positioned the new Easymix system between a single-lever mixer and a thermostat. While the single-lever mixer is primarily characterised by its ease of use, but has its limits when it comes to fine adjustment, the thermostat offers maximum stability, but is more complex in design. The new system utilises key features of both variants. In contrast to the single-lever mixer, the temperature is not influenced indirectly via the lever position, but is set separately and much more finely. At the same time, the volume control remains independent of this. Users can therefore determine how much water flows without having to redefine the temperature each time. This separation is technically relevant because it changes typical everyday situations. Once a temperature level has been selected, it remains the same, while the volume can be flexibly adjusted. This significantly reduces the effort involved in recurring settings, especially in everyday use.

Volume control and temperature adjustment in detail

The central function of the system is the combination of volume control and precise temperature adjustment. Both parameters can be controlled independently of each other. While the volume control opens and closes the water flow, the temperature control is carried out via a finely graduated setting. A striking feature is the graduated temperature control. Changes are made in small steps that are also perceptible to the touch. This allows users to make targeted readjustments, for example to compensate for differences caused by pressure fluctuations in the pipework. This option is particularly relevant where water pressure and temperature do not remain constant. Compared to conventional solutions, there is a clear difference in the operating feel:

• separate control of volume and temperature
• fine grid for precise temperature setting
• stable setting even after reopening the water
• targeted readjustment possible in the event of pressure changes

Areas of application from shower to bath with two consumers

The system is not limited to a single application. It can be used for classic shower situations as well as for installations with multiple consumers. These include combinations of overhead shower and hand shower or the parallel use of bath and shower. The ability to operate several consumers at the same time is particularly relevant here. While many systems switch between individual outlets, this solution allows parallel use. In practice, this means more flexibility for water distribution in the bathroom. The control unit is extended accordingly for applications with a bath. Here, two separate volume units are used to control different water flows independently of each other. This is particularly useful when filling and using the shower are combined.

Hansa Bluebox as the basis for flexible installation

A key aspect of the development lies in the technical basis. The system is based on the existing Hansa Bluebox, which has been used as an installation platform for years. This continuity makes it possible to adapt existing installations without fundamental modifications. In concrete terms, this means that anyone who has already installed a single-lever mixer on this basis can switch to the new system without having to replace the entire concealed technology. It is also still possible to switch to a thermostat. The real innovation therefore lies not only in the operating concept, but also in compatibility. For installers, this reduces the work involved in modernisation. For users, it opens up the possibility of subsequently adapting systems to changing requirements without having to intervene deeply in the fabric of the building.

Increased convenience thanks to stable settings in everyday life

In everyday life, the difference is particularly evident in the continuity of use. Traditional single-lever mixers often require the temperature and flow rate to be reset, especially if the lever has been adjusted in the meantime. The new system significantly reduces this effect. The temperature is maintained after the water is shut off. When the water is opened again, the selected setting is initially restored before fine adjustment is made. This saves time and ensures a more consistent user experience. At the same time, the boundary to the thermostat remains clear. A thermostat actively reacts to pressure fluctuations and keeps a defined temperature constant, even if the conditions in the system change. The new system does not take over this function completely. However, it offers an intermediate solution that provides more control than a single-lever mixer without the complexity of a thermostat.

Classification between technology, design and market position

In addition to the function, the design also plays a role. The system has a comparatively flat design and blends into minimalist bathroom concepts. The shallow installation depth becomes a design factor, especially when combined with modern fittings and clean lines. In terms of price, the solution is positioned between the established categories. It is therefore aimed at users who are looking for more convenience than a classic single-lever mixer, but do not necessarily need the full functionality of a thermostat. This development reflects a typical trend in sanitary technology: products are no longer differentiated solely according to function, but increasingly according to usage scenarios. Systems like this close gaps between existing categories and create new options for different requirements in the bathroom.