Ekena Millwork Vinyl Cathedral Top Mullion Shutters for Elegant Design

Transform your home's exterior with the stunning standard cathedral top center mullion shutters from Ekena Millwork. These shutters are designed to enhance the aesthetic appeal of your windows while providing a durable solution that lasts. Made from 100% vinyl, these shutters are built to withstand the elements, ensuring they maintain their vibrant color and structural integrity over time.

Measuring at 14 1/2ftW x 39ftH, these shutters are the perfect size for a variety of window styles. The open louver design not only adds a classic touch but also allows for airflow, making them both functional and stylish. The rich midnight blue color adds a striking contrast to your home's facade, making it stand out in the neighborhood.

Installation is a breeze with the included Shutter-Lok's and matching screws. You can have your new shutters up in minutes, thanks to the easy-to-follow instructions. This means you can enjoy the benefits of your new shutters without the hassle of complicated installation processes.

Each pair of shutters comes with color-matching hardware, ensuring a cohesive look that enhances your home's overall design. The durable construction features a through-color design and a crisp woodgrain texture, providing a high-end appearance without the maintenance that traditional wood shutters require.

These shutters are not just about looks; they are also designed with practicality in mind. The nominal dimensions of 14-1/2 in. width and 39 in. height make them versatile for various applications. Plus, the +/- 1/2ft adjustment in widths and lengths ensures a perfect fit for your windows.

Whether you are renovating your home or simply looking to add a touch of elegance, the Ekena Millwork vinyl shutters are an excellent choice. Their combination of style, durability, and ease of installation makes them a standout option for homeowners. Upgrade your curb appeal today with these beautiful vinyl shutters that promise to deliver both beauty and functionality.