Works in conjunction with ALL DECK’s Laminating Resin to provide a waterproof, fire-resistant, durable, and safe surface for high-traffic areas.
ALL DECK Fiberglass Rolls, when used with ALL DECK Laminating Resin, form a strong, flexible, waterproof barrier that adheres seamlessly to surfaces. The Laminating Resin saturates the fiberglass roll, bonding it to the substrate and creating a continuous, durable membrane that resists water, fire, and wear. This powerful combination ensures a skid-resistant, long-lasting finish that protects against environmental damage while enhancing the structural integrity of concrete, wood, metal, and other surfaces.
ALL DECK offers a superior waterproofing solution designed to withstand harsh conditions, heavy traffic, and aging. With its multi-layer system—including Fiberglass Rolls and Laminating Resin—ALL DECK creates a durable, seamless membrane that resists water infiltration, UV damage, and wear. Its skid-resistant finish ensures safety, while compatibility with various surfaces like concrete, wood, and metal makes it ideal for a wide range of applications. For anyone looking for a reliable, long-lasting waterproofing solution, ALL DECK delivers unmatched quality and peace of mind.
ALL DECK’s multi-layer system combines fiberglass and laminating resin to create a waterproof barrier that withstands weather, traffic, and time, providing dependable protection for any surface.
The ALL DECK system’s textured layers offer a skid-resistant surface, making it safer for high-traffic areas while maintaining a seamless, professional finish.
When paired with ALL DECK Laminating Resin, fiberglass rolls create a continuous, waterproof barrier that prevents leaks and protects surfaces from moisture damage.
Fiberglass rolls form a flexible yet robust layer, adapting to surface contours and protecting against daily wear, cracks, and environmental stress.
Compatible with concrete, wood, metal, and other materials, fiberglass rolls offer a versatile waterproofing solution for decks, patios, and other high-traffic surfaces.