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During daylight, it is not possible to see inside the sauna. When it’s dark, the interior of the sauna can be partially visible. The ability to perceive the interior through the glass solely relies upon the presence of an illuminating source.

In Hele Single, our design incorporates LED lights positioned beneath the benches, intentionally obscuring the direct visibility of the light source. This deliberate arrangement contributes to diminished transparency through the glass panel. To further enhance the level of privacy, LED lights have been strategically placed beneath the eaves around the sauna. The emitted light from these LEDs is cast onto the glass surface, inducing a heightened degree of reflectivity.

With electric heaters we offer the HUUM UKU sauna control systems which are a great way to heat up your sauna with modern technology. You can control it from the local sauna control panel or the HUUM mobile app. To control your sauna remotely we offer two options:

UKU WiFi control system is an excellent option for saunas in areas with WiFi coverage, such as homes, offices, or accommodations. With this system, you can heat your sauna using the control panel on-site or from your mobile phone, no matter where you are at the moment.

HUUM app allows you to easily set the start and end time of heating, the target temperature, and check the current temperature of the sauna. Plus, you’ll receive a notification when the sauna is warm and ready to use

The groundwork beneath the sauna involves the removal and replacement of the soil with a well-drained, load-bearing material, such as splinters, gravel, or sand. Prior to proceeding with this critical step, we strongly recommend consulting with a certified architect or structural engineer to evaluate the site’s suitability for construction. Additionally, feel free to reach out to your local authorized Haljas retailer for expert guidance and advice.

Depending on specific circumstances, it may also be feasible to install the sauna atop pre-existing surfaces such as terraces, rooftops, or stone pavements. Alternative foundation options like concrete posts or screw pegs can also be considered. It is imperative to ensure that the chosen surface possesses adequate load-bearing capacity and allows for adequate ventilation beneath the sauna. The minimum distance between existing legs should be maintained to facilitate optimal airflow, as this is essential. Moreover, it is crucial to proactively manage the growth of vegetation in the vicinity of the sauna to mitigate potential moisture-related issues.

In the event of sauna installation on a patio or deck, it is paramount to verify that the structure can effectively support the weight of the complete sauna unit, encompassing both the sauna itself and the number of occupants it has been designed to accommodate.

Haljas saunas are designed to be used even within extremely cold climates. Our sauna’s performance has been tested at temperatures as low as -25 °C (-13 °F). Our commitment to ensuring robust thermal insulation is reflected in our employment of double-glazed glass panels that are 30 mm thick: 8mm thick glass on the inside and 6mm glass on the outside, and between them there’s a 16mm gap filled with argon gas, a proven insulator. The door is the only single-layer, 8mm thick glass. Each of these glass panels undergoes a tempering process, significantly enhancing their resilience against breakage.

Generally 3-phase 400V, 16A. It’s possible to connect the sauna to the 230V power circuit. To get more information about it, please turn to your local authorised Haljas retailer(link) for advice.

We recommend cleaning the glass at least twice a year. Maintaining a crystal clear visual appearance can be harder outside due to various reasons, for example the combined effects of rain and sunlight (UV radiation), air pollution, such as acid rain, and the presence of springtime pollen, among others. Nevertheless, it’s worth noting that the frequency of cleaning is primarily a matter of personal preference and does not exert any significant influence on the inherent quality of the glass.