




The Hive wood-burning stove by HUUM represents a contemporary reimagining of the classic sauna heater. Its sleek glass door offers a captivating view of the flames from within the sauna, creating an immersive and visually striking experience. The distinctive round design of the Hive heaters not only enhances the aesthetic appeal but also allows for a clear display of the natural beauty of the stones. With its generous rock capacity, the stove delivers a gentle, consistent heat that is ideal for creating a soothing sauna environment, while also providing an ample capacity for producing steam.
HUUM offers two distinct product lines: the Hive Wood series and the Hive Flow series. Both are inspired by the award-winning beehive design of the original Hive heater, which combines both functional excellence and visual elegance.
The Hive Wood series includes two models: the Hive Wood 13 and Hive Wood 17. The smaller Hive Wood 13 model has a rock capacity of 200 pounds and is suitable for sauna rooms ranging from 202 to 459 cubic feet. The larger Hive Wood 17, with a rock capacity of 300 pounds, is designed for larger rooms, accommodating spaces from 283 to 565 cubic feet. Additionally, the Hive Wood 17-LS model features an extended neck for external feeding, providing more flexibility in installation.
The Hive Flow series also offers two models: the Hive Flow and Hive Flow Mini. The Hive Flow Mini can hold 230 pounds of stones and is suitable for rooms ranging from 212 to 494 cubic feet. The larger Hive Flow, with a rock capacity of 330 pounds, is designed for rooms between 282 and 636 cubic feet. Both the Hive Flow and Hive Flow Mini are available with the extended neck (LS Model) option for external feeding, which allows for even greater installation versatility.
The primary advantage of the Hive Flow over the Hive Wood lies in its increased burning efficiency, which translates into better heat production with less fuel. In addition, the Hive Flow’s design allows for reduced clearance requirements, making it easier to install in more confined or tighter spaces, without sacrificing performance.