ASU Facade Symmetry · Hex — Custom AI Architektura Wallpaper — Peel & Stick — wallpaper⁶

ASU Facade Symmetry · Hex — wallpaper⁶ Transform your space with the sophisticated geometric patterns of our self-adhesive wallpaper. Inspired by the intricate facade of Arizona State University, this design utilizes a precise hex symmetry mode to create a visually dynamic and modern aesthetic. The clean lines and repeating hexagonal forms offer a contemporary architectural feel, ideal for living rooms, offices, or feature walls. Its premium quality and easy-to-apply, peel-and-stick nature make redecorating effortless. Enjoy a high-impact look that is both artistic and structural, embodying the spirit of smart design for intelligent spaces. This pattern's Hex symmetry mode showcases meticulous attention to geometric precision. The design echoes the repeating architectural elements found on modern building facades, specifically the detailed interplay of light and shadow across surfaces. Achieving this level of seamless repetition and balance requires a deep understanding of tessellation and pattern generation, ensuring that each hexagonal unit contributes to a larger, harmonious whole. It's a testament to how mathematical principles can translate into striking visual art for interiors. About this pattern Category: Architektura Mode: hex Tags: architecture, hexagonal, geometric, modern, arizona, facade, tempe, asu Inspiration: architecture Created by wallpaper⁶ AI atelier A detailed, up-close view of the Arizona State University building facade in Tempe, demonstrating modern architectural design with its repeating structural elements and geometric textures. 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.