The GH wall gas heater with a closed combustion chamber and flue gas discharge to the outside is powered by natural gas or liquefied propane-butane gas. Wall gas blowers are used in many places such as: industrial halls, churches, workshops, large logistic halls, wedding houses. They are attached to the walls Read more
Gas heaters with flue gas discharge to the outside are often called gas convectors. This is why convectors transfer most of their heat to a room through a physical phenomenon called convection. How do gas convectors discharge exhaust fumes to the outside? Gas convectors have a steel enameled or cast-iron combustion chamber Read more
The gas stove with flue gas discharge is powered by natural gas, propane or propane-butane (LPG). After firing and setting the heating level (1-7), the stove heats the room to the temperature corresponding to the given level (temperature between 13-30 ° C) . When it reaches temperature, the large burner automatically shuts Read more
Heating halls and storage areas with gas radiators is one of the most effective methods. Tubular gas heater SBT is a completely new, innovative and cheap heating product. It is characterized by high radiation efficiency and low gas consumption . The radiator allows to significantly reduce the installation costs compared to other heating systems. The tubular radiator burner is equipped with Read more
Asphalt roads, surface, infrastructure. Asphalt is an inseparable and permanent element of road surfaces.It is from there that part of the road infrastructure is created.We can find it in almost every road, street, pavement or parking lot. Each pavement containing asphalt mix is classified according to construction, deformability, load bearing Read more
Ceramic gas heater is built of burner, combustion chamber, gas valve, control automation. The burner in the ceramic gas radiator is made of ceramic tiles made of baked cordite. The radiator plates are heat resistant. The gas burns on the ceramic plate, warming it to about 800 degrees C.Gas heaters Read more