The invention relates to a cement pole tower applied to a frozen earth area and belongs to the technical field of power transmission lines. The cement pole tower applied to the frozen earth area aimsat solving the problem that as the frost heaving action of frozen earth, an existing cement pole is poor in stability. According to the cement pole tower, the hollow part at the top end of a cement pole body is closed by an upper airlock, and the hollow part at the bottom end of the cement pole body is closed by a lower air block. The cross sections of longitudinal metal plates are in L shapes, and the short ends of the L shapes are arc. The longitudinal metal plates are circumferentially and evenly fixed to a reinforcement cage of the cement pole body; and furthermore, the short end arc surfaces of the longitudinal metal plates coincide with the outer surface of the cement pole body, and the long ends of the longitudinal metal plates protrude out of the inner surface of the cement pole body and are located in a hollow cavity of the cement pole body. An asphaltic coating is arranged on the inner surface of the cement pole body. A one-way gas guide hole is formed in the middle of the cement pole body, and gas with the boiling point ranging from 0 DEG C to 40 DEG C is injected into the cement pole body through the one-way gas guide hole. The cement pole tower applied to the frozen earth area has the advantages that construction cost is not increased, and the frost heaving mechanism is interrupted based on the principle.