The surface area of the combustion chamber is 50% larger than other similar products, the inner surface temperature of the combustion chamber is lower, and the distribution is more uniform;
The water channel around the combustion chamber adopts a rotary design, which structurally avoids the phenomenon of dry burning during the exchanger being used;
The water volume of the heat exchanger body is 22% larger than other similar products, and the cross-sectional area of the water channel is significantly increased;
The chamfering of the water channel is optimized by computer simulation, resulting in lower water resistance and reduced possibility of limescale;
The unique design of the diversion groove inside the water channel increases the area of the heat exchanger, enhances the turbulent flow effect, and strengthens the internal heat transfer.