The Dow Chemical Company
FASTRACK - Model 53 -Water-Based Traffic Marking Paints
Quick-dry polymer enabling water-based road marking formulations with fast drying performance in critical climatic conditions, early wash-out resistance, and excellent bead retention. Due to this unique technology, it allows the following for water-based road marking formulations compared to solvent-based: • Improved road safety due to long term resistance to exposure to climatic conditions and traffic (improved glass bead retention), • Lower application and life cycle cost • Water-borne.
Most popular related searches
life cycle cost
road safety
UV curing
environmental impact
environmental impact measurement
road traffic
safety information
alkyd
environmental monitoring
VOC regulations
- Waterborne Traffic Paint
- Road Marking Paints
- Traffic Marking Paints
- Water-Based Traffic Marking Paints
- Pavement Markings
- Industrial Coatings
- Road Markings
- Fast dry/ Fast dry-to-no-pickup and resistance to early rain showers under a wide range of climatic conditions
- Enhanced retention of glass beads giving extended retro reflectivity / night-time visibility
- Superior Environmental Impact as measured by life cycle analysis compared to other pavement marking technologies such as thermoplastic, cold plastic MMA, and solventborne markings
- Enables low-VOC formulations exceeding most regulations for traffic marking paints
- Paints formulated with waterborne acrylics retain their flexibility on aging and retain glass beads longer than typical alkyds
- Superior wear properties over various bituminous and concrete road surfaces
- Full alternative to solvent borne paint
- APEO Free*
*made without APEO-containing surfactant
Application Benefits
- Performance Benefits : Durability, Fast Dry Time
- Resistance : Abrasion, Blister, Dirt Pickup, UV Cure
Product Use and Formulating
- Type : 1 part
Sustainability & Safety
- Ingredient Information : Made without APEO
Typical Properties
- Adhesion : Asphalt, Concrete / Masonry
- Chemistry : 100% Acrylic
- Solids, by weight, % : 51.5 %
- System : Water-based
