The air flow is divided into small flow streams by the open heat accumulator ball, and the air flow flows through the heat accumulator body to form a strong pri...
Porcelain ball
The air flow is divided into small flow streams by the open heat accumulator ball, and the air flow flows through the heat accumulator body to form a strong prime flow, which effectively breaks through the boundary layer on the surface of the heat accumulator body. Moreover, because the ball diameter is small, the conduction radius is small, the thermal resistance is small, the density is high, and the thermal conductivity is good, the requirement of frequent and rapid direction change of the regenerative burner can be realized.
