Marshalls Symphony Elements Metallic Pearl Bring a touch of elegance and light to your garden with Marshalls Symphony Elements Metallic Pearl porcelain paving. Featuring soft pearl-white tones with a subtle metallic shimmer, this paving delivers a bright, refined look that enhances patios, terraces, and pathways. Perfect for homeowners wanting a modern yet timeless finish, Metallic Pearl combines striking style with lasting durability. 🤍✨ Crafted from premium vitrified porcelain, these slabs are resistant to stains, moss, and fading, ensuring your outdoor space remains beautiful with minimal maintenance. Precision edges and a slip-resistant surface guarantee a safe, flawless finish in all weather conditions. Product Specification 1 tub of Symphony Jointing Compound in Grey • 1 tub of Marshalls Paving Primer Why Choose Marshalls Symphony Elements Metallic Pearl? Elegant pearl-white tones with a subtle metallic effect. Smooth porcelain finish for a clean, high-end look. Made from durable vitrified porcelain. Slip-resistant surface for safe outdoor living. Key Benefits Brightens patios, terraces, and pathways with a modern aesthetic. Resistant to stains, algae, and fading for long-lasting appeal. Colourfast design ensures tones remain vibrant over time. Low maintenance – easy to clean and built to last. At UK Building Supplies, we pride ourselves on supplying only the best Marshalls products with reliable delivery across the UK. This product is available for delivery only direct to your door, giving you convenience and peace of mind. Orders are 2–5 days direct to you with a call 1 hour prior to delivery, so you’ll never have to wait in all day. Buy with confidence — all our products are brand new and sourced direct from trusted suppliers, with items shown as in stock to allow customers to place orders as and when needed. We do not display live stock quantities so availability may vary, however delivery times shown at checkout reflect current supplier lead times as accurately as possible Check out our other products here See Marshalls description here
