Load image into Gallery viewer, Platinum Smart-Heat Electric Marine | Outdoor Heater
Load image into Gallery viewer, Platinum Smart-Heat Electric Marine | Outdoor Heater
Load image into Gallery viewer, Platinum Smart-Heat Electric Marine | Outdoor Heater
Load image into Gallery viewer, Platinum Smart-Heat Electric Marine | Outdoor Heater

SKU: BH0320007

Platinum Smart-Heat Electric Marine | Outdoor Heater

Vendor Bromic
Regular price $3,957.00 CAD
Sale price $3,957.00 CAD Regular price
Sale Sold out
Unit price
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Shipping calculated at checkout.
Color:
Black
White
Power:
Voltage:
This is a pre order item. We will ship it when it comes in stock.




Experience a new level of comfort with our Platinum Electric Marine outdoor heating series. Lloyd's certified and engineered for marine and coastal environments, these heaters will elevate your level of comfort - at sea or at home!

Our high-quality outdoor heaters and accessories have been developed & engineered specifically for marine applications and coastal environments and are the only outdoor heaters on the market that are fully Lloyd’s register certified. Made of high-quality, AISI316 stainless-steel, Bromic Platinum Smart-Heat™ Electric Marine heaters were specifically engineered to provide superior resistance to the corrosive elements of coastal and marine environments. With their slim, aesthetic design and wind-resistant, radiant heat output, the Platinum Smart-Heat™ Electric Marine heaters are the ideal solution to enrich the comfort experience of owners of coastal residences and superyachts & guests on cruise ships.

The Platinum Smart-Heatâ„¢ Electric Marine is available in a white or black finish and can be recessed directly into the ceiling, wall-mounted or suspended from the ceiling to ensure they blend seamlessly into their surroundings. Featuring the most advanced heating technology on the inside and a premium, translucent ceramic glass screen on the outside, the Platinum Smart-Heatâ„¢ Electric Marine heaters spreads radiant heat evenly across a large area while minimizing unwanted light emissions