Plecu, muguras, kakla sildītājs Beurer HD 50, 145 cm x 100 cm

Practical press buttons on the front and sleeves guarantee fit and a perfect fit. In addition, six selectable temperature levels ensure individual application. The greatest possible user-friendliness in the regulation of soothing heat is thus guaranteed. The cuddly Öko-Tex certified fleece material of the Capes is breathable, cuddly and skin-friendly and therefore particularly pleasant. Thanks to the detachable cable, the blanket can be easily machine washed at 30 ° C for perfect care and hygienic cleaning.

The heat blanket is shaped so that it can be worn as a cape. The heat cape can be closed by press buttons at the front. In addition, there are additional push buttons in each case for better fixation of the heat cap on the body. The HD 50 can also be used as a heat blanket.

The micro fleece fiber makes the cape fluffy and soft. In addition, the material is cuddly and skin-friendly.

The textiles used in this device meet the high human ecology requirements of the Oeko-Tex Standard 100, as demonstrated by the Research Institute Hohenstein.

With the manual switch and the patented electronic temperature control setting the desired temperature level is particularly easy. The set temperature is always visible and the function display indicates whether the heating blanket is in operation.

With the six temperature levels, the heat can be regulated individually. The fastest warming up of the heat cap can be achieved by first setting the highest temperature level.

For your safety, the heat cape automatically shuts off after three hours. After switching off, the heat cape is no longer heated and the indicator light flashes. It can then be put back into operation.

For easy cleaning and hygienic cleanliness of the heat cap, this can be washed with a particularly gentle wash at 30 ° C in the machine. For this purpose, the supply line can be removed.

Beurer heat products are equipped with the Beurer safety system. This electronic sensor technology prevents overheating of the heat cap on the entire surface by an automatic shutdown in case of failure.