A shading module for enhancing light intensity of a vehicular headlamp, the shading module configured to be located under a reflector of a headlamp of a vehicle, when the shading module with the vehicular headlamp are mounted to the vehicle, and the shading module comprising: a shade configured to be located under the reflector , and a rear end of the shade is configured to be fixed to the reflector ; a reflection body frontward extended from a front end of the shade , a height of the top of the reflection body being lower than a height of an upper surface of the shade , the reflection body having a first reflective surface and a second surface, the first reflective surface being inclined toward the shade , the second surface being connected to an upper vertex of the first reflective surface and the first reflective surface and the second surface being inclined in two opposite directions; and a lighting element located at the rear end of the shade , the lighting element and the upper surface of the shade are located on an identical plane, the lighting element is configured to emit light to the reflector , the reflector is configured to reflect the light to the upper surface of the shade , the first reflective surface of the reflection body , and the second surface, so as to project a main light beam on an environment outside the vehicle, characterized in that the second surface defines a second reflective surface ; the upper surface of the shade is inclined downwardly toward a side thereof to form a low surface defining a light-enhancing surface ; wherein when the vehicular headlamp is seen from the front, the light-enhancing surface is located at a center-right position of the shade and the reflection body is located at a center-left position of the shade ; wherein the first reflective surface reduces light intensity of a lower part of the main light beam projected on an opposite lane for the vehicle, and the second reflective surface enhances light intensity of an upper part of the main light beam. a shade configured to be located under the reflector , and a rear end of the shade is configured to be fixed to the reflector ; a reflection body frontward extended from a front end of the shade , a height of the top of the reflection body being lower than a height of an upper surface of the shade , the reflection body having a first reflective surface and a second surface, the first reflective surface being inclined toward the shade , the second surface being connected to an upper vertex of the first reflective surface and the first reflective surface and the second surface being inclined in two opposite directions; and a lighting element located at the rear end of the shade , the lighting element and the upper surface of the shade are located on an identical plane, the lighting element is configured to emit light to the reflector , the reflector is configured to reflect the light to the upper surface of the shade , the first reflective surface of the reflection body , and the second surface, so as to project a main light beam on an environment outside the vehicle, characterized in that the second surface defines a second reflective surface ; the upper surface of the shade is inclined downwardly toward a side thereof to form a low surface defining a light-enhancing surface ; wherein when the vehicular headlamp is seen from the front, the light-enhancing surface is located at a center-right position of the shade and the reflection body is located at a center-left position of the shade ; wherein the first reflective surface reduces light intensity of a lower part of the main light beam projected on an opposite lane for the vehicle, and the second reflective surface enhances light intensity of an upper part of the main light beam. <EOS>