Improve your company’s productivity, quality and safety with the EZ Paint Mixer.
Crafco Action Pave™ Acrylic Coatings are the trusted choice for excellent results on tennis courts, basketball courts, pickleball courts, hockey/in-line skating and other play areas.
Action Pave Acrylic Coatings by Crafco are engineered for outstanding quality and unmatched durability. Made with 100% acrylic resins, vibrant color-fast pigments and reinforcing mineral fibers, Action Pave provides smooth installation, easy cleanup and excellent coverage. Ensure years of trouble-free enjoyment with simple maintenance, UV-stable color, and exceptional wear resistance.
We provide multiple types of sport court systems that can be customized to meet your needs. They are formulated with 100% acrylic emulsions and resins, mineral fillers and UV stabilized color-fast pigments.
| Feature | Benefit |
| Acrylic/Latex Emulsion Coating | Provides strong chemical and mechanical bonding between layers for reliable performance. |
| Excellent Mixing & Suspension | Stable color and aggregate dispersion ensures uniformity of coatings over large areas and ease of installation. |
| High Material Coverage Rates | Lower material costs. |
| UV Stabilized | Long lasting vibrant colors |
| EFT -Enhanced Filler Technology | Increases the impact resistance and toughens the playing surface to provide excellent long-term structural performance. |
| Designed for Asphalt and Concrete | Reduces inventory requirements. Does not require structural reinforcement materials. |
| Hard & Cushion Surface Formulations | Meets and exceeds most customer surfacing requirements. |
| Custom Colors Available | Allows for unique surface design and graphic options. |
| ITF Certified | Certified by ITF for speed of play |
Improve your company’s productivity, quality and safety with the EZ Paint Mixer.
Train your crew quickly and get up to speed with the easiest-to-use melters on the market.
Protect pavement by sealing cracks, preventing water and debris infiltration that leads to costly structural damage.