D947 – Belize – Tropical Performance Acrylic Fabric
D947 – Belize is a vibrant tropical upholstery fabric featuring an expressive botanical pattern inspired by lush island landscapes. Its layered palm leaf design, rendered in rich shades of green, teal, and natural tones, brings energy, freshness, and a relaxed resort-style aesthetic to any space.
Crafted from 100% acrylic, this fabric is engineered for both beauty and performance. It offers exceptional resistance to fading, moisture, mildew, and stains, making it ideal for high-traffic areas as well as indoor and outdoor applications.
Belize combines bold design with durability, making it a perfect choice for statement upholstery, decorative accents, and lifestyle-driven interiors.
🔑 Key Features
• Tropical palm leaf pattern
• Vibrant green and blue tonal palette
• 100% solution-dyed acrylic
• Fade, mildew, and stain resistant
• Suitable for indoor & outdoor use
• Durable performance fabric
📐 Technical Specifications
Name: D947 – Belize
Application: Upholstery, Drapery & Bedding
Content: 100% Acrylic
Width: 54 inches
Repeat: 27" Horizontal x 25" Vertical
Pattern Direction: Not Railroaded (Up the Roll)
Origin: Made in USA
Durability: Exceeds 30,000 Wyzenbeek Double Rubs
Features: Liquid, Fade, Mildew, Bacteria & Stain Resistant
Cleanability: Water-Based Cleaner
Flammability: CA 117-E, UFAC Class I, NFPA 260
🧵 Design Appeal
The bold tropical motif of Belize instantly transforms spaces with a resort-inspired ambiance. Perfect for coastal homes, outdoor lounges, sunrooms, and hospitality environments, this fabric adds movement and personality while maintaining a refined, designer look.
Its dynamic leaf pattern works beautifully for accent chairs, cushions, drapery panels, and statement upholstery pieces.
🧼 Care Instructions
• Clean with water-based upholstery cleaner
• Blot spills promptly
• Suitable for easy maintenance
• Designed to resist outdoor elements
⚠️ Important
Color may vary depending on lighting conditions and screen settings.
Pattern placement may vary. A physical sample review is recommended before final specification.