Multi Rectangular (The Jeweled Butterfly Collection)

Multi Rectangular (Jeweled Butterfly Collection) is a richly layered mixed-media artwork that celebrates vibrancy, movement, and handcrafted artistry through a striking jeweled butterfly set against a dynamic multi-tonal floral composition. The piece blends an array of vivid hues with bold contrasting elements, creating a visually captivating and dimensional experience that feels both lively and refined.

At the center of the composition is a handcrafted wooden butterfly, carefully hand-cut and assembled to form its intricate wings. The butterfly body is sculpted from clay, adding organic structure and depth, while the antennae are hand-beaded for a delicate, polished finish. The wings are adorned with genuine crystal rhinestones, meticulously placed to create a radiant, light-catching surface that enhances the artwork’s brilliance and luxurious appeal.

The entire piece is sealed in a high-gloss resin finish, intensifying color depth, enhancing durability, and unifying all elements into a smooth, reflective surface that shifts beautifully under changing light.

Features:

• Dimensions - 18 x 24 inches
• Materials – Mixed media on handmade wooden panel
  
• Details – Hand-cut wooden butterfly, clay-sculpted body, hand-beaded antennae, multi-tonal floral collage background, and genuine crystal rhinestone embellishments
• Finish – High-gloss resin coating for depth, vibrancy, and long-lasting protection
• Technique – Hand-applied collage, sculpture, and embellishment work combined into layered mixed media
• Artist-Signed – Authenticated with the artist’s signature as a one-of-a-kind original

Care & Presentation:

• Professionally Packed & Shipped - Carefully secured and shipped in a custom-made wood crate for maximum protection
• Care & Display Tips - Best displayed in soft or natural light to highlight sparkle and texture. Gently dust using a clean microfiber cloth or unscented Swiffer; avoid harsh cleaners. Keep out of direct sunlight to preserve the color and integrity of the material.