Chlorine Resistant Urethane Binder for Rubber Paving
RPBINDALICRPAIL
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Chlorine Resistant Urethane Binder for Rubber Surfaces
Single-Component Aliphatic Binder Engineered for Aquatic Environments
Engineered for water. Built to last.
PowerPAVE Chlorine Resistant Aliphatic Urethane Binder is a single-component, moisture-cured polyurethane binder specifically formulated for pour-in-place SBR & EPDM rubber applications in swimming pools, splash pads, and water park environments. Where standard binders fail under constant chlorine and chemical exposure, PowerPAVE Chlorine Resistant holds firm — maintaining bond strength, flexibility, and color integrity in the harshest aquatic conditions.
Its premium aliphatic chemistry delivers outstanding UV stability and non-yellowing performance, ensuring colored EPDM surfaces stay vibrant and professional-looking long after installation. With excellent freeze-thaw flexibility and cold-temperature performance, this binder is built for year-round Canadian climates — from poolside summer heat to off-season freeze cycles.
Contractors trust PowerPAVE Chlorine Resistant when chemical resistance is non-negotiable.
Sold in 5 Gallon Pail
Key Benefits
- Chlorine & Chemical Resistance — Formulated to withstand continuous pool chemical exposure without bond degradation or surface failure
- Non-Yellowing Aliphatic Formula — Maintains true EPDM color fidelity in UV-intense, poolside environments — no discoloration
- Cold Temperature & Freeze-Thaw Flexibility — Performs through seasonal temperature extremes, protecting your installation year-round
- Excellent Strength & Elongation — Resists cracking and delamination under foot traffic, water pressure, and substrate movement
- Outstanding Working Time — Gives crews the open time needed for large aquatic surface pours and precise finishing
- Single-Component Convenience — No mixing required; moisture-cures on-site for a streamlined, efficient workflow
- Enhanced UV Stabilizers — Superior weathering resistance extends surface life on aquatic installations






