3000W-4000W, 415V

High dust and moisture protection IP44

Durable 25-micron anodizing ensures long-lasting and efficient performance.

Steel body and stainless steel Elements

High energy efficiency

Infrared heaters are currently recognized as some of the most energy-saving electrical devices. The secret to their great efficiency is how they transmit heat by using infrared rays.

"Rose-Pro" infrared heating units have a modern design: the smart reinforced body casing is made from an aluminium alloy dyed with powder enamels. It comes equipped with an original wide-angle heat-emitting panel… these and many other outstanding features have now made "Rose-Pro" the number one brand name in its category.

"Rose-Pro" infrared heating units are intended for ceilings. The overhead installation best uses the unique oval profile of the heat-emitting panel that evenly heats up the entire room. This setup is not just the most efficient but also saves valuable space; with the unit hung below the ceiling, you can arrange everything in the room as your heart desires. The positioning of the unit should be carefully considered before installation in order to ensure the maximum coverage of the room’s surface.

Description of the series

New infrared heaters Rose-PRO - the most modern economical heating device for directional heating. They are indispensable for local heating of working areas in rooms with high ceilings or poor thermal insulation, where other traditional heating methods are not effective. The possibility of local installation above the place where people are located ensures the economy of energy consumption. A qualitatively new approach to creating comfortable conditions is possible through the use of Rose-PRO infrared heaters. They have become very popular in recent years due to their high energy efficiency, safety, and unique advantages over other types of heaters.

Like the sun, they emit thermal energy in the infrared spectrum. Heat is practically not absorbed by the air and, without loss, reaches the heated surfaces, which, in turn, heat the air. This creates a mild microclimate in the room and contributes to more economical power consumption.