Amaliah Blackout Custom Curtain

Amaliah Blackout Custom Curtain Experience

Welcome the allure of timeless design into your home with the Amaliah Cotton Linen Blackout Custom Curtain. Embodying classic elegance, this solid cotton linen curtain resonates with an understated yet impactful aesthetic. Available in sophisticated shades of brown, cream, dark brown, and green, its versatile design works harmoniously within any room, enhancing the style and mood of your interiors.

Uncompromising Privacy and Comfort

The Amaliah Curtain is more than just a decorative element - it's a haven of comfort. Offering 90% blackout capability, this curtain effectively drowns out noise, light, heat, and cold, setting the perfect environment for a restful sleep. Use it as a room divider to create defined spaces or to adorn bay windows for a cozy retreat.

Long-lasting Use and Convenience

Experience a perfect blend of durability and smooth drape with Amaliah's thick, breathable cotton linen fabric. Its easy-to-install ring top and grommet heading style further enhance the convenience. Offering a choice in fabric fullness and fully customizable dimensions, it allows you to bring your unique vision to life.

Specifications

• Product: Amaliah Cotton Linen Blackout Custom Curtain
• Color Options: Brown, Cream, Dark Brown, Green
• Material: Cotton Linen
• Blackout Level: 90%, blocks noise, light, heat, cold
• Function: Suitable for bedrooms, living rooms, studies, bay windows
• Fabric: Durable, thick yet smoothly draping
• Installation: Ring top & grommet heading style for easy setup
• Fabric Fullness: Choose between 1.5 times or 2 times fullness
• Size: Customizable width (20-120 inches) and length (20-100 inches)

Notes:

• Panels are sold individually
• For this style, the panels have 1.5 - 2 times the fullness built-in subject to your selection (2 Times the fullness is highly recommended). No need to add fabrics to the coverage width.
• Curtain widths may vary up to 1-2” due to their hand-sewn nature.
• Dye lots vary—slight variations may occur.