Complete Nova Hg-002v Dark Aloe Wood Laminated Modern Interior Door Perfect For Gifting [rwN0KPXI]

Complete Nova Hg-002v Dark Aloe Wood Laminated Modern Interior Door Perfect For Gifting [rwN0KPXI]

Introducing the Complete Nova Hg-002v Dark Aloe Wood Laminated Modern Interior Door Perfect For Gifting [rwN0KPXI], a stunning addition to any home. This door is crafted with meticulous attention to detail, offering a sleek and modern design that complements any interior style. With its dark aloe wood laminate finish, it brings a touch of elegance and sophistication to your space.

Key Features and Benefits

The Nova HG-002V door is not only visually appealing but also designed for functionality. Pre-drilling is not included, allowing you the flexibility to choose and place your hardware exactly where you need it. This door requires frames with an additional 2" of opening width and 1 1/2" of opening height, ensuring a seamless fit. The assembly of frames and trims is required for installation, which can be a rewarding DIY project or a straightforward installation for professionals. The door works with all swing directions, providing versatility in installation options.

• Pre-drilling flexibility
• Customizable hardware placement

Practical Uses and Target Audience

Whether you're updating your home, renovating a space, or building from scratch, the Complete Nova Hg-002v Dark Aloe Wood Laminated Modern Interior Door Perfect For Gifting [rwN0KPXI] is an excellent choice. This door is perfect for residential homes, offices, and any setting that requires a high-quality, modern interior door. The comprehensive package includes a door slab, trims, frames, passage lever/knob, and non-mortise hinges, making it easy to install and complete your door setup.

• Comprehensive package for easy installation
• Perfect for residential and commercial use

With its versatile design and practical features, the Complete Nova Hg-002v Dark Aloe Wood Laminated Modern Interior Door Perfect For Gifting [rwN0KPXI] is sure to enhance the aesthetics and functionality of any space.