Super-Absorbent Polymer × Mortise-Tenon Structure = Revolutionary Flood Defense
Climate change is increasing the frequency and intensity of floods, turning rare events into recurring threats. Urban expansion worsens the risk, as paved surfaces prevent natural water absorption and increase runoff.
Floods cause not only direct property loss but also disrupt vital services, halt economies, and drain public resources long after the water recedes. Lasting consequences include extended recovery, rising insurance costs, and weakened community resilience.
Existing flood defenses involve difficult trade-offs: traditional methods are slow and labor-intensive, while newer barriers tend to be either costly or complex. Most lack the scalability, sustainability, and ease of use needed in real emergencies.
Modular Design + Smart Materials + Self-Locking Structure
Using super-absorbent polymer (SAP) technology, each module expands rapidly in 3-5 minutes upon contact with water, absorbing 300 times its weight to form a stable protective barrier.
Inspired by traditional Chinese joinery, our innovative self-tightening structure locks modules together. Stronger water impact creates tighter connections, achieving passive reinforcement.
Made with biodegradable outer bags and eco-friendly SAP materials, reusable 50+ deployment cycles. Volume reduces by 90% when dry for easy storage and transport.
No professional training or heavy equipment required. 2-3 people can deploy a 100-meter defense line in 30 minutes, improving emergency response speed by 10x.
Based on a lifespan design of over 50 cycles, Kratos' full lifecycle cost is much lower than a one-time solution. Internal calculations show that within a 5-year period, its total holding cost can be reduced by about 60% compared to traditional procurement methods.
The reliability of Kratos can be integrated into the risk management framework of assets. Preliminary discussions with insurance institutions indicate that adopting verifiable flood prevention measures is expected to provide commercial properties with a 5% -15% premium discount, converting disaster prevention investment into long-term financial returns.
Kratos vs Traditional Solutions
| Comparison | Kratos | Traditional Sandbags | Inflatable Barriers |
|---|---|---|---|
| Weight (Dry) | 2-3 kg/unit | 20-25 kg/bag | 15-20 kg/meter |
| Deployment Time | 3-5 minutes | 60+ minutes | 15-30 minutes |
| Labor Required | 2-3 people | 10+ people | 4-6 people |
| Structural Stability | Self-locking | Prone to collapse | Easy to puncture |
| Reusability | 50+ deployment cycles | Single-use | 2-3 times |
| Environmental Impact | Biodegradable | Heavy pollution | Plastic waste |
| Total Cost of Ownership | Low (Long-term asset) | Very High (Labor + Waste) | Medium |
Sophisticated Design, Excellent Craftsmanship
Single Module Structure
Compact dry state for 90% volume reduction for easy logistics.
Water Absorption Process
Transforms from dry to protective state in 3-5 minutes
Mortise-Tenon Connection
Innovative self-tightening design, stronger under water pressure
Combined Protection Wall
Flexible combination to adapt to various protection scenarios
Product model photos and test videos are being organized, stay tuned
Kratos in Action Across Different Scenarios
Our technical team is ready to answer your questions