Scallop Channel Wall-Mounted Headboard Boucle Twin Bed –

The Scallop Channel Wall-Mounted Headboard Boucle Twin Bed from Star Home Furniture effortlessly blends modern design with practical comfort, making it an ideal addition to any dorm room or small bedroom. Upholstered in soft, tactile white boucle fabric, this headboard offers both luxury and durability. The elegant vertical channel tufting and gracefully curved scalloped arch create a sophisticated focal point, while its plush padding ensures comfort for reading, studying, or relaxing. Other Product

Key Features: 

• Premium Upholstery:

  • Crafted from 100% polyester boucle fabric, this headboard features a nubby texture that adds depth and tactile appeal, offering a soft and inviting surface.

• Comfortable Padding:

  • 100% polyester fiber padding provides a plush, supportive feel, perfect for lounging or leaning back during study sessions.

• Elegant Design:

  • The scalloped arch creates a soft, organic curve, while the vertical channel tufting enhances the headboard’s structure and adds texture, combining sophistication with modern flair.

• Dimensions:

  • Width: 101 cm – Perfectly sized for twin beds, ideal for compact spaces like dorm rooms.
  • Depth: 5.7 cm – A slim profile that maintains a sleek, minimalist look.
  • Height: 81 cm – Provides ample support and a bold visual presence.

Care Instructions:

• Easy Maintenance: Dust regularly with a soft, dry cloth to keep the headboard looking fresh.
• Spot Cleaning: For spills, wipe with a damp cloth, then dry immediately.
• Protect the Fabric: Avoid direct sunlight, abrasive cleaners, and heat to preserve the fabric’s texture and color.

Craftsmanship:

• Made in the UAE, this headboard is built to last, with high-quality materials and expert craftsmanship ensuring long-lasting durability.

Please Note:

• Color Variations: Due to screen settings, actual colors may appear slightly different.
• Shape & Size Disclaimer: Some images may represent standard shapes and sizes; actual product dimensions may vary slightly.