Aqua Green & Gold Onyx Marble Self-Adhesive Kitchen Sticker – 2 Meter Roll

Transform your kitchen with an elegant aqua onyx marble look in minutes.

Give old, plain or outdated surfaces a luxurious refresh with Nidhi Decor’s Aqua Green & Gold Onyx Marble Self-Adhesive Kitchen Sticker. Featuring soothing aqua green and turquoise tones, soft translucent onyx-style textures, flowing white details and delicate metallic-gold veining, this design creates a fresh, premium statement without the expense and mess of traditional renovation.

The 2 meter long × 60 cm wide self-adhesive roll is designed for convenient DIY application. Simply measure, cut, peel and stick onto a clean, dry and smooth surface. Its elegant onyx-marble appearance makes it ideal for kitchen backsplashes, cabinets, countertops, shelves and other suitable smooth surfaces.

Why You’ll Love It

• Luxury Onyx Marble Design – Beautiful aqua green, turquoise, white and gold detailing
• Self-Adhesive – No additional glue required
• 2 Meter × 60 cm Roll – Convenient coverage for kitchen makeover projects
• Water & Moisture Resistant – Suitable for everyday kitchen environments
• Stain Resistant Surface – Helps keep surfaces looking fresh and stylish
• Easy to Cut – Customise according to your required area
• Quick DIY Installation – Peel, position and stick for an instant transformation
• Easy to Clean – Simply wipe with a soft damp cloth
• Premium Glossy Finish – Adds a sophisticated polished-marble appearance
• Versatile Application – Ideal for kitchens, cabinets, shelves, counters and decorative surfaces

Easy Kitchen Makeover

Refresh dull kitchen surfaces with the calming elegance of aqua onyx marble and luxurious gold veins. Whether you want to upgrade a backsplash, enhance cabinets or give countertops a designer-inspired finish, this peel-and-stick kitchen sticker roll offers a quick and stylish way to transform your space.

Application Tip: For best results, apply only to a clean, dry, flat and smooth surface. Keep the sticker away from direct flames and extremely hot surfaces.