Floor Vent Cover Register with Damper Top Faceplate Outer Size

Features

• Replacing or buying new Durable Floor Registers/Vents for your Home: This Cast Aluminum size fits most Standard air ducts opening sizes for floors, walls, and ceilings – Indoor use. These floor registers are hand crafted and finished .
• Floor register: The faceplate sits 7 mm above the floor level. It has pre-attached steel dampers at the back to adjust airflow dampers that can be removed if required. This VR100 model has beveled edges so it can be blended with any floor as a drop-in register mount.
• Finishes: It comes in a variety of finishes to match any décor. It is made of cast aluminum rust-free material, and the baked-on powder coat fine-grain matte finish provides extra protection that lasts long and can be re-painted using metal spray paint of any colour to match your décor.
• Easy to Install: It is very easy to install and maintain for any homeowner. Just drop it / insert it into the duct opening of the floor. No tools are required, and floor registers can be installed on walls and ceiling. We provide counter sunk holes and matching screws, just select holes or no holes as an option while placing an order. The dampers can be removed easily from the back of the vents.
• Versatility and Compatibility: The registers have a 5mm faceplate elevation above the floor. It can be used as drop-in register mounts with beveled edges that blend seamlessly with various flooring types, including carpet, tile, or wood.
• With sturdy construction, a durable finish and easy installation, this floor register is ideal for use in any home or commercial property.
• Sizing: Listed product sizes refer to the duct opening measurements. The outer dimensions of the cover face plate may be 1” or longer on each side compared to the duct opening measurements. The floor register faceplate sits above the surface and does not flush with it. Tudor Mushroom design is available for both floor registers and matching air return grills to ensure consistency in design across various ventilation points.