Abstract: A spiral louver shaped condenser includes fins and a refrigeration pipe. The fins are spirally wound about the refrigeration pipe and integrally formed by stamping a strip-shaped sheet material, at least including first heat-absorbing and heat-radiating bodies and second heat-absorbing and heat-radiating bodies. Broken lines are arranged between adjacent heat-absorbing and heat-radiating bodies, and each heat-absorbing and heat-radiating body forms a wavy structure. Relative wave crests and wave troughs are formed at each broken line between the adjacent heat-absorbing and heat-radiating bodies, wherein the crests and troughs form a honeycomb structure together. The wavy edges of the first heat-absorbing and heat-radiating bodies make contact with the outer wall of the refrigeration pipe at equal screw pitches.

Abstract: A spiral louver shaped condenser includes fins and a refrigeration pipe. The fins are spirally wound around the outer wall of the refrigeration pipe at equal screw pitches. The fins are integrally formed by stamping a strip-shaped sheet material and at least comprise first heat-absorbing and heat-radiating bodies and second heat-absorbing and heat-radiating bodies. A broken line is arranged between adjacent heat-absorbing and heat-radiating bodies, and each heat-absorbing and heat-radiating body forms a wavy structure. Relative wave crests and wave troughs are formed at each broken line between the adjacent heat-absorbing and heat-radiating bodies, and the wave crests and wave troughs formed by all the broken lines of the adjacent heat-absorbing and heat-radiating bodies form a honeycomb structure together. The wavy edges of the first heat-absorbing and heat-radiating bodies make contact with the outer wall of the refrigeration pipe in a spirally-wound mode at equal screw pitches.