Aexcel AquaTough 2-Component Waterborne Epoxy Traffic Marking Paint

Aexcel's AquaTough traffic marking paint 

Aexcel's AquaTough Traffic Marking Paint is a high-performance, two-component water-based epoxy coating designed for superior durability and long-term visibility on roadways, parking lots, crosswalks, bike lanes, and other high-traffic areas. Formulated with Dow’s advanced Duratrack resin technology, AquaTough delivers excellent adhesion, abrasion resistance, and chemical durability while maintaining a low environmental impact.

With a VOC content under 100 g/L, AquaTough meets environmental regulations in all 50 states—making it a safer and more sustainable option for contractors and municipalities alike. Ideal for high-traffic zones, this low-VOC traffic paint is a preferred choice for environmentally responsible job sites.

📊📓 [Product Technical Information and Resources]

📊📘Aquatough Product Brochure

📘White 45W-A001 – Product Data Sheet

Key Features

• Advanced Resin Technology: Utilizes Dow's DURATRACK™ R-100 and AEH-100 resins, an acrylic/epoxy hybrid system that offers excellent durability, aggregate retention, and wear resistance.
• Fast Drying: Dries to touch in approximately 15 minutes, minimizing lane closure times and traffic disruption.

• Extended Pot Life: Provides up to 8 hours of working time, reducing waste and improving application efficiency.

• Low VOC Content: Contains less than 100 g/L VOCs, ensuring compliance with environmental regulations across all U.S. states.
• Excellent Surface Adhesion: Bonds strongly to both asphalt and concrete surfaces, even under challenging weather and traffic conditions.
• Exceptional Durability: Resists wear, chemicals, and UV degradation for long-lasting, high-visibility markings.

• Versatile Color Options: Available in White, Yellow, Blue, Red, and Bike Path Green to suit various marking needs.

• Easy Application and Cleanup: Compatible with standard striping equipment; cleanup requires only water and mild detergent, eliminating the need for harsh solvents.