Advanced Pavement Technology

6 products found

Products

  • The Bio-Aquifer Stormwater Pavement System

    Flexible, segmental paver systems are a desirable pavement choice, especially when 20-year, 30 year, or 50 year life cycle costs are used to evaluate proper pavement selections for site development.* The Bio-Aquifer Storm System (BASS) expands the base design and integrates specifically designed pavers in an engineered system that will allow for collection of stormwater runoff and support heavy axle loads for roadways and parking lots. In addition, due to the types of aggregate used,

  • Aqua-Bric - Model Type 1 - Stormwater Management Permeable Pavers

    Aqua-Bric - Model Type 1 - Stormwater Management Permeable Pavers

    Advanced Pavement Technology presents a pedestrian-friendly stormwater management system featuring Aqua-Bric permeable pavers. The smooth, flat surface created using Aqua-Bric meets ADA standards and is a superior choice for areas with high foot traffic – even for pedestrians in high heels or wheel chairs. Ideal for plazas, walkways, entrances and parking lots*, Aqua-Bric is used by Advanced Pavement Technology to implement the environmentally...

  • Aqua-Bric - Model Type 4 - Vehicular Tolerable Stormwater Management System

    Aqua-Bric - Model Type 4 - Vehicular Tolerable Stormwater Management System

    Advanced Pavement Technology presents a pedestrian-friendly, but vehicular tolerable stormwater management system featuring Aqua-Bric permeable pavers. The smooth, flat surface created using Aqua-Bric meets ADA standards and is a superior choice for areas with high foot traffi c – even for pedestrians in high heels or wheel chairs. Ideal for roadways, parking lots, plazas and walkways, Aqua-Bric is used by Advanced Pavement Technology to...

  • Aqua-Bric - Model Ashlar - Vehicular Tolerable Stormwater Management System

    Aqua-Bric - Model Ashlar - Vehicular Tolerable Stormwater Management System

    Advanced Pavement Technology presents a pedestrian-friendly, but vehicular tolerable stormwater management system featuring Aqua-Bric permeable pavers. The smooth, flat surface created using Aqua-Bric meets ADA standards and is a superior choice for areas with high foot traffi c – even for pedestrians in high heels or wheel chairs. Ideal for roadways, parking lots, plazas and walkways, Aqua-Bric is used by Advanced Pavement Technology to...

  • Aqua-Bricloc - Stormwater Management Permeable Pavers

    Aqua-Bricloc - Stormwater Management Permeable Pavers

    Advanced Pavement Technology presents Aqua-Bricloc — a versatile new shape in permeable pavers used when implementing the Bio-Aquifer Storm System (BASS), a superior paving solution that supports stormwater management and business growth. This paver meets ADA standards for opening size, but it is also designed to handle extremely heavy traffi c loads (similar to port applications or heavy-duty truck loading and parking lots).

  • Aqua-Bricloc - Stormwater Management Permeable Pavers

    Aqua-Bricloc - Stormwater Management Permeable Pavers

    Advanced Pavement Technology presents Aqua-Bricloc — a versatile new shape in permeable pavers used when implementing the Bio-Aquifer Storm System (BASS™), a superior paving solution that supports stormwater management and business growth. This paver meets ADA standards for opening size, but it is also designed to handle extremely heavy traffic loads (similar to port applications or heavy-duty truck loading and parking lots).

  • Aqua-Bric - Pedestrian-friendly Stormwater Management System

    Aqua-Bric - Pedestrian-friendly Stormwater Management System

    Advanced Pavement Technology presents a pedestrian-friendly stormwater management system featuring Aqua-Bric permeable pavers. The smooth, flat surface created using Aqua-Bric meets ADA standards and is a superior choice for areas with high foot traffic – even for pedestrians in high heels or wheel chairs. Ideal for plazas, walkways, entrances and parking lots, Aqua-Bric is used by Advanced Pavement Technology to implement the environmentally...