Lynx Ventana 30-Inch True Width Double Accesss Door - LDR30T-4

Elevate the functionality and aesthetics of your outdoor kitchen with the Lynx Ventana 30-Inch True Width Access Doors (LDR30T-4). As part of the Ventana Collection, these doors offer the finest storage solutions with a sleek, contemporary look for your outdoor culinary space.

True Width Design for Spacious Access: Experience the convenience of a true width door, providing a generous 30 inches from edge to edge. This thoughtful design ensures spacious access to your outdoor kitchen essentials, making organization and storage a breeze.

Sealed Framing for Dust and Water Protection: The framing of these access doors is meticulously sealed to create a protective barrier against dust and water. This feature not only enhances the longevity of the doors but also makes cleaning a simple and hassle-free task.

Reversible Flush-Mounted Handles: Enjoy the flexibility of reversible flush-mounted handles, allowing for a custom installation that suits your outdoor kitchen's unique design. The contemporary flush-mounted handles contribute to the sleek and modern aesthetic of the Ventana Collection.

Soft Close Hinges for Gentle Operation: Embrace the sophistication of soft close hinges, ensuring gentle and quiet door operation. The Lynx Ventana 30-Inch True Width Access Doors provide a touch of luxury to your outdoor kitchen, enhancing the overall user experience.

Customization with Door Accessory Kits: Tailor your outdoor kitchen to your specific needs with available door accessory kits. Whether you desire a space for holding bottles or towels, these kits provide additional functionality and versatility to your Lynx Ventana access doors.

Immerse yourself in the pinnacle of outdoor kitchen storage solutions with the Lynx Ventana 30-Inch True Width Access Doors. From the true width design to the sealed framing and reversible handles, these doors offer a harmonious blend of style and functionality, making them the perfect addition to your contemporary outdoor culinary space.