This invention relates to the field of steam appliance technology and discloses a novel steam flow channel structure, comprising a
closed cavity formed by assembling a base plate, a mounting frame, a cover plate, a frame, and a top plate. The
closed cavity contains a flow channel for
water flow and
vaporization. At least one water-blocking rib is provided on the inner wall of the flow channel. This rib obstructs and impacts the water as it flows through, prolonging the water's
residence time within the channel and promoting the refinement of water molecules. Through the inverted fish-scale-shaped water-blocking rib structure, as the water flows within the channel, it continuously collides with and rebounds against the ribs, slowing the water's
forward speed and increasing the
contact time between the water and the inner wall of the channel. Simultaneously, the hook-shaped structure causes secondary collisions between water molecules after initial
impact, breaking large water molecule clusters into smaller clusters, making it easier for the water to absorb heat and complete
vaporization, thus improving
vaporization efficiency.