Multipanel Linda Barker Corten Elements Shower Panel - T&G

Embrace the bold, rustic aesthetic of oxidized metal with the Multipanel Linda Barker Corten Elements Hydrolock (T&G) Shower Panel. Part of an exclusive collection designed by Linda Barker and only available through Multipanel, these shower panels capture the distinctive appearance of weathered Corten steel. Ideal for creating a standout feature in any bathroom or shower enclosure, these panels merge the industrial charm of metal with the practicality and durability needed for modern living spaces.

The construction features a durable plywood core, which is then topped with a high-pressure laminate surface designed to authentically replicate the unique patina of Corten steel. This ensures that the panels are not just aesthetically pleasing but also robust and suitable for extensive use in bathrooms.

Key Product Features:

• Waterproof: 100% waterproof, making it perfect for shower enclosures and wet areas.
• Mold Resistance: Highly resistant to mold and mildew, ensuring a clean, hygienic space.
• Easy Installation: Equipped with Hydrolock or Tongue and Groove edges for a seamless and secure fit.
• Low Maintenance: Requires minimal upkeep and can be cleaned with just a damp cloth.
• Dimensions:
  • 598mm x 2400mm
  • 900mm x 2400mm
  • 1200mm x 2400mm
• Durability: Supported by a 30-year warranty.
• Sustainability: Made from Forest Stewardship Council® (FSC C128180) certified materials and is 100% recyclable.

The Corten Elements panels provide a visually striking backdrop that adds character and depth to any bathroom setup. The Hydrolock (Tongue and Groove) system ensures tight, waterproof joints, offering a continuous, visually appealing surface ideal for expansive wall areas in both residential and commercial environments.

Whether redesigning a home bathroom or upgrading a commercial facility, the Multipanel Linda Barker Corten Elements Hydrolock (T&G) Shower Panel delivers both high aesthetic value and functional benefits, embodying the essence of contemporary design with the resilience of advanced materials technology.