Parachartergus Belt · Hex — Custom AI Egzoplanety Wallpaper — Peel & Stick — wallpaper⁶

Parachartergus Belt · Hex — wallpaper⁶ Immerse yourself in the distant allure of Parachartergus with this self-adhesive wallpaper, designed in a mesmerizing hex symmetry. Inspired by the concept of a 'habitable zone,' this pattern visually represents the cosmic conditions where life might theoretically thrive. Each tile seamlessly repeats, creating an expansive, otherworldly vista perfect for accent walls, accent pieces, or entire rooms. Crafted with premium, easy-to-apply material, it offers a durable and stunning upgrade to any space. Let your walls tell a story of cosmic discovery and potential. The 'Hex' symmetry mode creates a stunning, repeating pattern reminiscent of crystalline structures or cellular division, where each element is equally spaced and oriented around a central point. This mode is ideal for patterns that benefit from a sense of order and interconnectedness, mimicking natural tessellations found in cellular biology or mineral formations. For this exoplanetary theme, the hex symmetry emphasizes the structured, yet vast, nature of potential life-bearing zones in the cosmos, connecting individual celestial bodies into a larger, harmonious whole. About this pattern Category: Egzoplanety Mode: hex Tags: exoplanet, habitable zone, space, cosmic, hex symmetry, sci-fi, celestial Inspiration: habitable zone Created by wallpaper⁶ AI atelier A digitally rendered representation of an exoplanetary system's habitable zone, characterized by swirling nebulae, distant stars, and subtle energy signatures, all arranged with a precise hexagonal symmetry. About offRAL™ material 🔥 offRAL™ Highlights Plastic-Free. Nontoxic. Bio-degradable. No damage, No dirt, No odor. No brushes, No foil, No buckets, No paint rollers, No paint cans, No unnecessary packaging, No painters, No waste, No risk. Perfect for every smooth surface. Custom Made in Switzerland 🇨🇭, Poland 🇵🇱, US 🇺🇸. 3-years Guarantee. Meet offRAL™ - the pain(t) killer Peel & Stick, Removable, Re-usable and Bio-degradable Paint 2.0 - offRAL™. With a production process that uses 87% less water and emits 93% less CO2 than standard liquid paint it is a totally eco-friendly alternative for printing patterns on walls and furniture. Paint Reinvented Experience a new era of wall art with offRAL™'s innovative, breathable material that neither rips nor wrinkles. Each roll can be repeatedly used and easily stored on its original backing paper. Designed for effortless installation by a single person, offRAL™ is odorless, ozone-free, and completely biodegradable. Free from PVC, Glycol-Ether, Formaldehyde, Phthalates, reactive monomer chemistry, and Hazardous Air Pollutants (HAPs). Advanced Green Manufacturing Production uses 87% less water and emits 93% less CO2 compared to traditional liquid paint manufacturing. Roll Sizes 50 cm × 300 cm (~19.7" × 118.1"), ~0.32 kg (0.71 lbs) 50 cm × 600 cm (~19.7" × 236.2"), ~0.63 kg (1.39 lbs) 50 cm × 1200 cm (~19.7" × 472.4"), ~1.26 kg (2.78 lbs) Dyeing Method HP Latex Optimiser separates and immobilises pigments at the print substrate surface — sharp color detail, matte finish with vibrant colors. Application Every smooth surface: walls, doors, tables, desks, wardrobes, fridges, cupboards, windows, electronic devices. Easy to keep clean with a dry cloth. Surface Preparation Surface must be clean, dry, degreased, free from dust and loose elements. Tools Needed Hands, heart, and tailor's scissors. A hard roller helps. ~6–9 min per roll, solo install. Label RALRAW® AG, owner of the offRAL™ trademark. 3-year guarantee. CE. ISO 9001. Designed in Switzerland. Custom Made in Switzerland, Poland, USA. Sizes, weight & shipping Size Coverage Weight Price (CHF) 50 × 300 cm 1.50 m² 320 g 66.00 CHF 50 × 600 cm 3.00 m² 630 g 115.00 CHF 50 × 1200 cm 6.00 m² 1260 g 215.00 CHF Ships from Switzerland 🇨🇭, Poland 🇵🇱, US 🇺🇸. 3-year guarantee. Care & warranty Plastic-free, biodegradable, removable. Wipe with a dry cloth. 3-year guarantee. Free from PVC, formaldehyde, phthalates and HAPs.