24x22W x 25x22H Vertical Urethane Gable Vent Louver - Non-Functional

Description

Gable vents work to provide ventilation, releasing stagnant air, preventing damage from humidity, and optimizing temperature control. You can add a mesh screen to be placed behind the vent. Gable vents are fitted with horizontal ventilation slats called louvers. Gable vents work to provide ventilation, releasing stagnant air, preventing damage from humidity, and optimizing temperature control. Gable vents are particularly useful during the summer months when hot air rises and is trapped in the attic, where it can transfer itself down through the ceiling and back into the level below, decreasing the effectiveness of air conditioning systems A gable vent is located at the attic area, commonly on the exterior wall where the two planes of a sloping roof join, forming a triangle. The gable can be any symmetrical shape, but the triangle is among the most common. Other vent shapes include rectangles, steeples, circles, and octagons. Gable vents are fitted with horizontal ventilation slats called louvers. You can add a mesh screen to be placed behind the vent. This allows air to circulate while keeping insects out. A gable mounted ventilator helps to push air through the louvers. The ventilator removes air from the attic through the use of turbines or fans. Gable vents work to provide ventilation, releasing stagnant air, preventing damage from humidity, and optimizing temperature control. A gable mounted ventilator helps to push air through the louvers. Color: 24"W x 25"H.

Key Features

• Other vent shapes include rectangles, steeples, circles, and octagons.
• The ventilator removes air from the attic through the use of turbines or fans.
• This allows air to circulate while keeping insects out.
• You can add a mesh screen to be placed behind the vent.
• The gable can be any symmetrical shape, but the triangle is among the most common.
• Gable vents work to provide ventilation, releasing stagnant air, preventing damage from humidity, and optimizing temperature control.