12PCS 3D Metal Butterfly Wall Decor

Elegant 3D Butterfly Wall Decor – Beautiful & Versatile Decoration

Add a touch of elegance and charm to any space with our Elegant 3D Butterfly Wall Decor. Crafted from high-quality foam paper, these hollow, metal-inspired butterfly designs create a stunning lifelike effect on walls, furniture, and mirrors. Whether you're preparing for a wedding, birthday, festival, or any special occasion, these butterflies make the perfect decorative addition.

Key Features:

• Elegant 3D Design: Hollow, metal-inspired paper butterflies provide a beautiful, lifelike effect that brings your space to life.
• Versatile Decoration: Ideal for weddings, birthdays, festivals, and party decor, adding a delicate and sophisticated touch to any occasion.
• Easy to Use: Self-adhesive design allows for quick and easy application on walls, mirrors, furniture, or any smooth surface without the need for extra tools.
• Lightweight & Durable: Made from high-quality foam paper, these butterflies are lightweight yet durable, ensuring long-lasting decoration without causing damage to surfaces.
• Customizable Arrangement: Arrange the butterflies in various patterns to create personalized, unique wall art that suits your space and style.

Specifications:

• Pattern: Butterfly
• Quantity: 12PCS per set
• Occasion: Wedding, Engagement, Birthday, Festival, Party
• Customization: Yes, customizable arrangement options

Why Choose These 3D Butterfly Wall Decor Pieces?

• Instant Elegance: Perfect for adding a whimsical, sophisticated touch to any event or space, whether it’s a celebration or everyday décor.
• Simple DIY Installation: No tools, no mess—just peel and stick! Easy to remove and reposition as needed, leaving no damage behind.
• Durable Yet Lightweight: Made from foam paper, these butterflies are both lightweight for easy application and durable for long-lasting beauty.
• Personalized Touch: The customizable arrangement allows you to create a unique and artistic wall display, tailored to your taste and occasion.