The utility discloses a push-pull energy-saving door window made of a broken bridge aluminum sectional material, wherein fixation screws of the push-pull window are installed in a hidden manner and disposed on the inner sides of an aluminum sectional material track and a frame decorative buckle cover, so that appearance effect is nice; a frame and a sectorial frame of the push-pull winder are both made of the broken bridge aluminum alloy sectional material which is a multi-chamber thermal insulation sectional material; and thermal insulation sectional materials are disposed between a push-pull leaf and a fixation frame, and the structure form of multi-chamber sealing of elastic rubber bars is disposed among the thermal insulation sectional materials. In comparison with the prior art, the push-pull energy-saving door window made of the broken bridge aluminum sectional material provided by the utility model is characterized by resistance to aging and ultraviolet light, long service life and the like. In particular, the whole window framework structure is formed by the hollow multi-chamber thermal insulation aluminum alloy sectional materials, and the structure form of the elastic multi-chamber rubber bars is disposed between the push-pull leaf and the fixation frame, so that water-sealing and gas-sealing performances of the whole window are effectively enhanced, heat transmission is effectively stopped, and energy-saving effect is reached. A surface of the aluminum sectional material can be spray-painted into different colors according to demands of different buildings and realize abundant and nice appearance effect.