Radiant boilers are high-quality heating systems designed to provide efficient and comfortable heating for residential and commercial environments. Radiant boilers work by heating water in a closed system, which is then circulated throughout the building through a network of pipes or radiators.
Radiant boilers are available in several models, including condensing boilers, non-condensing boilers, and combination boilers. They are also compatible with a wide range of fuel types, including natural gas, propane, and oil.
Radiant boilers are designed to be highly efficient, with AFUE (Annual Fuel Utilization Efficiency) ratings of up to 95%. This means that they convert up to 95% of the fuel they consume into heat, making them highly cost-effective and energy-efficient.
Radiant boilers are also designed to be highly reliable, with durable components and a long lifespan. They are easy to install and maintain, with clear instructions and minimal need for ongoing maintenance. In addition to their efficiency and reliability, radiant boilers offer several advantages over other heating systems. They provide comfortable, even heat throughout the building, without the need for ductwork or vents. They also offer precise temperature control, which allows for greater energy savings and improved comfort.
The condensing boiler Radiant R1CR 34 exploits the condensation process of the water vapor in the fumes to recover latent heat, thus offering significantly higher energy efficiency than traditional boilers.
The condensing boiler Radiant R1CR 28 is a boiler in which the water vapor in the flue gases condenses. This process allows for the recovery of latent heat of condensation, consequently offering higher energy efficiency compared to a traditional boiler.
The condensation technology used by the boiler Radiant R2K 28 allows the recovery of latent heat from the water vapor in the combustion fumes. This process ensures greater energy efficiency compared to conventional boilers.
In the condensing boiler Radiant R1CR 24, the water vapor in the flue gases is condensed to recover latent heat, significantly increasing energy efficiency compared to a standard boiler.
Your RADIANT R1HR 24 is a gas- fired wall hung high efficiency boiler, which generates heat for heating and or hot water production. R1HR 24 boiler can be operated together with a domestic hot water cylinder, which stores a larger volume of hot water. This boiler is fitted with internal hot water production and a domestic hot water cylinder to achieve increased hot water convenience.
The efficient Radiant R1K 18 condensing boiler is optimized for heating. Using condensation for heat recovery, it offers high energy efficiency and requires a drainage system for the condensate.
The efficient Radiant R1K 25 condensing boiler is optimized for heating. Using condensation for heat recovery, it offers high energy efficiency and requires a drainage system for the condensate.
With the Radiant R1K 28/B condensing boiler, you achieve both heating and domestic hot water efficiently with the aid of an external boiler. The advanced condensing technology improves energy yield, requiring a drain for the condensate.
The Radiant R1K 34 condensing boiler is a condensing boiler for heating only. It uses condensing technology to recover heat from the flue gases and achieve higher efficiencies, therefore requiring a discharge due to the high production of condensate.
With the Radiant R1K 34/B condensing boiler, you achieve both heating and domestic hot water efficiently with the aid of an external boiler. The advanced condensing technology improves energy yield, requiring a drain for the condensate.
The efficient Radiant R1K 50 condensing boiler is optimized for heating. Using condensation for heat recovery, it offers high energy efficiency and requires a drainage system for the condensate.
The Radiant R1K 75 condensing boiler is a condensing boiler for heating only. It uses condensing technology to recover heat from the flue gases and achieve higher efficiencies, therefore requiring a discharge due to the high production of condensate.