Hot Water Boiler

They bum liquid and gas fuel with high efficiency.

Burning efficiency is 96% and over and they have a structure that is very sensitive to the environment.

Low fuel consumption enables fuel-saving and economy.

They have a longer lifetime in comparison to other boilers sowing to their three-transitive structure.

Owing to their superior design and manufacturing method, they are affected minimally by the corrosive materials within the water.

They are affected by plate deformation minimally that will occur by thermic tensions owing to their construction that balances heat transfer and enables equal dilation in all surfaces.

They present on-site manufacturing flexibility and can be placed in narrow areas easily.

Burned gases that are circulated within the boiler at proper angles and velocities are discharged from the chimney without. Allowing condensation and plate deformation is prevented as a result of acid corrosion in the boiler.

The brilliant flare, which is generated in the muffle room where two transitive intensive burnings occur, is carried to the water from the burning cell by the

"radiation heat transfer" means.

Design and manufacture are made up to 40.000 kcal/h-10.000.000 kcal/h.

The boilers have flare-smoke pipes and the boiler pipes are welded to the mirrors.

They work very quietly and efficiently owing to their high design and manufacturing technology.

Solid fuel can be burned and capacity can be increased by coupling the front furnace in different capacities optionally.

They can be used in narrow spaces with their prismatic canopy placed on their cylindrical three­transitive inner structure.

They have an ergonomic structure.