• Seamless Waterproof Protection: Creates a continuous, monolithic membrane that blocks water intrusion and protects structural integrity.
• Easy, Cold Fluid Application: No hot kettles or melting equipment required, improving jobsite safety and efficiency.
• Works on Damp & Green Concrete: Keeps projects moving forward in less-than-ideal conditions.
• High Solids = Reliable Coverage: Maintains thickness during curing for dependable waterproofing performance.
• Flexible & Crack Bridging: Expands and contracts with the substrate to prevent cracking and failure.
• Multi-Layer Build Capability: Can be applied in multiple lifts for enhanced protection.
• Cold Weather Adaptability: Can be water catalyzed to speed curing in lower temperatures.
• Durable Long-Term Protection: Helps extend the life of concrete and roofing systems.

• Product Type: Fluid-Applied Waterproofing Membrane
• Base Chemistry: Modified Polyurethane
• Components: Single Component, Moisture-Curing
• Solids Content: ≥80%
• Application Temperature: 40°F (5°C) and rising
• Typical Thickness: ~60 mils
• Performance Properties:
• Tensile Strength: ~180 psi
• Elongation: ~500%
• Adhesion (Peel After Water Immersion): ~15 lbf/in
• Water Vapor Permeability: <0.1 perms
• Crack Bridging: Pass

• Concrete foundations and walls
• Plywood substrates
• Roofing systems and decks
• Green roof waterproofing systems
• High-build waterproofing systems
• Areas requiring protection from water intrusion

Ideal for commercial and industrial projects where long-term moisture protection and durability are critical.

• Apply to clean, sound, and properly prepared substrates.
• Can be applied to damp or newly placed (“green”) concrete.
• Typical application thickness is approximately 60 mils.
• Can be installed in multiple layers for high-build systems.
• Apply at temperatures of 40°F and rising.
• Product cures through moisture exposure in the environment.

Important Notes:

• Not intended as an exposed or wear surface.
• Do not apply over contaminated or oil-treated surfaces.
• Avoid direct contact with asphalt-based materials.
• Do not leave exposed to UV for extended periods (over 120 days).