The Shadow Solace provides gentle, radiant warmth that creates lasting comfort without blasting hot air. Its slim, elegant design in gold blends seamlessly into any space, while flexible installation - single or paired offers discreet heating perfectly suited to both modern and heritage settings.
The Shadow Solace brings together the timeless elegance of our Chandelier heater with the versatility of a modular, linear format. Using the same advanced far-infrared technology, it delivers instant, comfortable heat with little warm-up time and minimal energy waste.
Provides gentle, effective warmth without emitting visible light. Ideal for settings where ambience matters.
The Shadow Solace offers wireless control settings via remote, enabling effortless adjustment of both heating and lighting. This feature ensures optimal comfort and energy efficiency, allowing you to create the perfect environment with minimal effort
Supplied with adjustable brackets for angled wall mounting or suspension from chains or wires, allowing safe clearance and optimal heat direction in any setting.
Finished in RAL1036 premium powder coat and available in elegant gold with long-lasting durability.
Heating church buildings and heritage sites presents unique challenges due to their large open spaces, architectural features and limited modern insulation. Creating a comfortable environment for visitors and congregants is essential, but traditional heating methods are often inefficient and can risk damaging historic materials.
Infrared heating offers an efficient and versatile solution. Instead of warming large volumes of air, infrared heaters deliver heat directly to people and objects, ideal for high ceiling or draught prone environments. With options ranging from discreet zero-light ceramic heaters to ultra-low-glare models, infrared technology can provide effective, unobtrusive warmth that complements the character of historic spaces.
At Shadow, we design tailored infrared heating systems specifically for heritage properties and churches, ensuring reliable warmth without compromising the building's architectural integrity.
