15 YEARS OF PERMEABLE BLOCK REVOLUTION
Next Generation Permeable Pavement Technology
CITIES IN CRISIS
ADVANCED PERMEABLE MATERIAL TECHNOLOGY
High-strength matrix using recycled industrial by-products.
Engineered voids that remain open for decades.
3x higher permeability and 3x longer maintenance cycle compared to conventional blocks.
MICRO-STRUCTURAL DIFFERENCE
Conventional Aggregates vs. Bottom Ash & Graphene Oxide
CONVENTIONAL (1~8mm)
Rainwater, which only flowed through the gap of 1-2mm silica sand, causes rapid clogging due to tire dust and fine dust between the silica sand in less than a year.
WATERPASS (1~8mm)
Consisting of a 1-2mm core bottom ash surface, not only rainwater drains through the gap, but also the core bottom ash itself, which is composed of numerous pores, has high sustainability permeability and applies graphene oxide to ensure Mpa strength above the ksf4419 standard.
INDUSTRIAL GRADE SOLUTIONS
PEDESTRIAN BLOCK
- 200 × 200 × 80 mm
- Flexural Strength: ≥ 5.0 MPa
- High Load Bearing Capacities
ROAD BLOCK
- 200 × 200 × 80 mm
- Flexural Strength: ≥ 5.0 MPa
- High Load Bearing Capacities
LIFECYCLE MAINTENANCE COST
Comparing conventional blocks (1 year) vs WaterPass (3+ years)
UNRIVALED
PERFORMANCE METRICS
Data-driven reliability for international infrastructure leaders.
0.62mm/sec
INITIAL PERMEABILITY0.39mm/sec
2 YEAR-PERMEABLE PERFORMANCE5.2Mpa
FLEXURAL STRENGTHOfficially certified by national testing laboratories exceeding all structural requirements.
PRODUCT SPECIFICATIONS
WATERPASS HIGH-STRENGTH BLOCK
| Application | Standard (Mpa) | WaterPass |
|---|---|---|
| Sidewalk (Pedestrian) | > 4.0 | 4.6PASS |
| Roadway (Vehicle) | > 5.0 | 5.3PASS |
| Heavy Duty (Port/Airport) | > 5.0 | 6.3PASS |
BUILDING SUSTAINABLE CITIES
Explore our six core domains of modern urban climate infrastructure through on-site photography.
A GLOBAL TECHNOLOGY VISION
JOIN THE
SOLUTION
WaterPass is a leading urban infrastructure technology company focused on sustainable water management.
Reliability
Quality and innovation in
urban water management
On-site Performance Evidence
Status
Active Deployment
Region
Global Operations