Hidden Gem Fine Grain Non Adhesive Cork Sheet - 915mm X 610mm - 30mm Thick - 2 Pack Deal Alert: 35% Off [T0GY1LFM]

Fine Grain Non Adhesive Cork Sheets

Experience the natural elegance and practicality of our Fine Grain Non Adhesive Cork Sheets, designed to enhance any space with a touch of sophistication. This pack includes two sheets, each measuring 915mm x 610mm and 30mm thick, providing ample material for a variety of applications. The non-adhesive nature of these sheets allows for flexibility in installation, making them perfect for DIY enthusiasts and professionals alike.

Key Features and Specifications

Our Fine Grain Cork Sheets are crafted from high-quality cork, known for its durability and natural aesthetic. Here are some of the key features and specifications that make these sheets stand out:

• Size: 915mm x 610mm
• Thickness: 30mm
• Non Adhesive: Allows for custom installation with your choice of adhesive
• Applications: Ideal for wall coverings, pinboards, and printing

These sheets are not only visually appealing but also provide a soft, comfortable surface that is great for writing and pinning.

Practical Uses and Benefits

The versatility of our Fine Grain Non Adhesive Cork Sheets makes them suitable for a wide range of uses. Whether you're looking to create a stylish accent wall, a functional pinboard, or a unique printing surface, these sheets are the perfect choice. Here are some practical applications and benefits:

• Wall Coverings: Transform any room with a natural and eco-friendly wall covering that is also easy to install.
• Pinboards: Create a durable and noise-absorbing pinboard that is perfect for offices, schools, or home studios.
• Printing Surface: Use the smooth surface of these sheets for printing or mounting artwork.

With their eco-friendly production process and natural cork composition, these sheets are not only a great choice for your project but also for the environment. Choose our Fine Grain Non Adhesive Cork Sheets for a product that combines beauty, functionality, and sustainability.