Laredo 01 Snow Concrete (Black Glass) Interior Door – Modern Elegance, Unmatched Strength

Elevate your interiors with the Laredo 01 Snow Concrete (Black Glass) Interior Door, crafted for modern homes and commercial spaces. This solid-core door features a striking minimalist design with horizontal black glass inserts, blending contemporary style with exceptional durability and sound insulation.

Constructed with premium high-density materials, this door offers superior resistance to moisture and scratches, making it perfect for high-traffic areas such as living rooms, bedrooms, offices, and bathrooms.

Why Choose the Laredo 01 Snow Concrete (Black Glass) Interior Door?

✔ Modern & Sophisticated Aesthetic – Horizontal black glass inserts paired with a snow concrete finish for a bold, minimalist look.
✔ Durable & Scratch-Resistant Finish – Engineered to endure daily wear and tear, maintaining its sleek appearance over time.
✔ Enhanced Sound Insulation – Minimizes noise transfer, creating a quieter and more serene environment.
✔ Moisture-Resistant Core – Ideal for humid spaces like bathrooms and kitchens.
✔ Customizable Options – Available in various sizes and finishes to match your distinct style.

Technical Specifications:

Door Type: Solid-core interior door
Design: Flush panel with horizontal black glass inserts and snow concrete finish
Available Sizes: Standard & custom dimensions
Finish Options: Snow concrete with black glass (matte or gloss)
Color Variants: Snow concrete, custom colors available
Sound Insulation: 26dB
Moisture Resistance: High

Installation & Accessories (Not Included):

Required: Door frame, trims, handles
Optional: Strike plate, latch, extensions

Seamless Integration for Any Interior

Whether you’re redesigning your home or enhancing a commercial space, the Laredo 01 Snow Concrete (Black Glass) Interior Door delivers a perfect blend of style, durability, and performance. Its modern design and premium materials make it a preferred choice for interior designers and homeowners seeking elegance and functionality.