Simplicity with high functionality
WIDE RANGE OF PRODUCTS
Home, professional, industrial use
PREMIUM INFRARED HEATERS
For terrace, balcony or restaurant
WHEREVER YOU WANT
Wherever you need heat
OPTIMUM HEAT RADIATION
Customized parabolic reflector
96% ENERGY CONVERSION
Energy converted to radiant heat
OPRANIC TERRACE HEATERS
Opranic develops and produces our technology and key components, which results in excellent performance and efficacy with high quality and longevity. Our energy-efficient infrared terrace heaters convert up to 96% of input electrical energy directly into radiant heat. We provide a choice of the latest infrared technologies. Using an Opranic terrace heater on your patio or balcony is more energy efficient and environmentally friendly compared to other traditional methods like heating with a mushroom gas heater.
CHOOSING CORRECT HEATER
For an infrared heater to give a good feeling of comfort, efficient and natural heating, it is important to choose the right type of infrared heating technology. As all materials absorb heat differently according to the composition of the material itself plus its thickness. We, as humans and animals, consist of approximately 80% water, therefore for comfort heating we want an infrared heater to be optimised with output in the wavelengths at which water absorbs the best and; which reflects the least.
Opranic offers a diversified portfolio of mediumwave infrared heaters tailored to bring comfort heating to terraces, patios, restaurants and other private or commercial applications. Opranic infrared products always heat in the same way as the sun; it heats objects instantly without drying out or warming the air, giving a very comfortable efficient heat.
FREQUENTLY ASKED QUESTIONS
A perfectly matched infrared wavelength allows heating processes to be carried out at great efficiency with the right amount of energy. Read about best practice and other useful tips in our F.A.Q
Infrared heating is a system or appliance that provides heat by thermal radiation. The sun emits infrared rays or thermal radiation that travels approximately 150 000 000 kilometres through cold, dark space. When it reaches the earth surface, it is then absorbed by objects and converted into heat.