Description
Our 18mm Eucalyptus Core Anti Slip Mesh Phenolic Film Plywood is a high-quality and durable sheet material that is designed specifically for use in industrial and commercial applications. Made from high-quality eucalyptus veneers, this plywood has a strong and stable structure that can withstand heavy loads and harsh environments.
At 18mm thickness, this plywood is sturdy and provides reliable support for a variety of applications. It has a unique anti-slip mesh surface that provides excellent traction and slip resistance, making it ideal for flooring and decking in wet and slippery environments.
Our Eucalyptus Core Anti Slip Mesh Phenolic Film Plywood is sourced from reputable UK sheet material wholesalers who adhere to the highest quality standards in the industry. It is easy to work with and can be cut, drilled, and shaped to your desired specifications, making it a popular choice for builders, contractors, and construction companies.
Moreover, our Eucalyptus Core Anti Slip Mesh Phenolic Film Plywood is coated with a durable phenolic film that provides excellent resistance to water, moisture, and abrasion. This makes it ideal for use in marine and coastal applications, as well as for flooring, decking, and other outdoor structures.
This plywood is widely used in the construction industry for its exceptional strength and durability. It is commonly used for flooring, decking, and other structures in industrial and commercial settings, such as warehouses, factories, and ports. Additionally, it is suitable for use in transportation and vehicle flooring due to its anti-slip surface.
In summary, our 18mm Eucalyptus Core Anti Slip Mesh Phenolic Film Plywood is a high-quality and versatile sheet material that is specifically designed for industrial and commercial applications. Sourced from reputable UK sheet material wholesalers and sustainably manufactured, it is a reliable and consistent material that will help you achieve the best results for your project while providing excellent slip resistance and durability.
