Lotus Stained Glass Suncatcher

Pink lotus blossoms in serene bloom, glowing against a quiet crescent moon.

Soft pink lotus flowers rest on lily pads beneath a glowing crescent moon, their layered petals and green leaves rendered in rich stained glass. When light moves through it, the blooms seem to float - turning an ordinary window into a calm, meditative moment of color.

This Pink Lotus Stained Glass Suncatcher brings a peaceful, zen-like glow to your home. Hang it in a kitchen window, bedroom corner, living room, sunroom, or patio door, and let the sunlight reveal the lotus’s pink-and-green detail throughout the day.

Why You’ll Love It

• Made with 0.5cm real stained glass for a premium light-catching look
• Features pink lotus blossoms with layered petals, lily pads, and green leaves
• Set against a soft crescent moon background with textured, glowing glass
• Creates soft translucent color when placed near a bright window
• A calming gift for lotus lovers, flower lovers, yoga and meditation fans, moms, grandmothers, birthdays, housewarmings, or anyone who loves zen home decor

Product Details

• Material: 0.5cm real glass
• Edge: Reinforced zinc strips along the outer edge
• Frame: Black frame
• Hanging: Black metal chain and suction cup included
• Packaging: Carefully packaged with protective foam

Recommended Size

The 9.8 in / 24.9 cm option offers the most balanced display size for most windows - large enough to show the lotus petals, lily pads, crescent moon, and stained glass texture clearly, while still feeling elegant and easy to place in kitchens, bedrooms, sunrooms, patios, or cozy living room windows.

Please Note

• This is made with real stained glass, so slight variations in texture, tone, and light reflection may occur.
• The stained glass effect will look brightest when placed near natural light.
• Handle with care and avoid dropping, bending, or placing heavy objects on the piece.
• Suction cup performance may vary depending on the surface. For best results, apply to a clean, smooth glass surface.