18/07 2025

🌊 HYDROTEX CONCRETE MATTRESS – ADVANCED JAPANESE TECHNOLOGY FOR SLOPE PROTECTION & EROSION CONTROL

✅ PRODUCT OVERVIEW

Hydrotex Concrete Mattress is a high-performance, in-situ cast concrete solution developed using advanced Japanese geosynthetic technology. Designed for slope protection, channel lining, embankment reinforcement, and scour prevention, the system offers flexibility, strength, and sustainability.

The technology allows concrete to form-fit natural terrain, minimizing environmental disruption while providing superior protection and durability.

🔧 TECHNICAL SPECIFICATIONS

Material: Triple-layer geotextile (nonwoven-woven-nonwoven) with dry concrete mix encapsulated inside
Installation: Hydration activated by pumping water into the mattress, forming concrete in place
Thickness: Varies by design (typically 5–10 cm)
Adaptability: Conforms to natural contours or engineered profiles without heavy machinery

🌟 KEY ADVANTAGES

🔹 1. Rapid Construction – Cost Efficiency

Eliminates formwork, curing time, and bulk concrete transport
Reduces project duration by 30–50% compared to traditional concrete works

🔹 2. Custom-Fitting – Effective Erosion Control

Adapts to irregular slopes and contours
Protects riverbanks, canals, levees, dikes, and road embankments against surface erosion and scouring

🔹 3. Eco-Friendly Technology

Quiet, dust-free, and low-impact installation
Optional green version with pre-designed openings for grass planting, improving water permeability and landscape integration

🔹 4. Long Lifespan – Durability

Resistant to UV radiation, saline water, abrasion, and mild chemicals
Service life of up to 50 years under standard environmental conditions

🚧 TYPICAL APPLICATIONS

Riverbank and channel lining
Highway and railway slope protection
Bridge piers, culvert outlets, and drainage structures
Urban stormwater drainage and environmental infrastructure

🇯🇵 INSPIRED BY JAPANESE ENGINEERING – BUILT FOR SUSTAINABILITY

Hydrotex embodies the precision and efficiency of Japanese construction technology. With proven results in various terrain conditions, this system is now introduced to Vietnam to contribute to resilient infrastructure, climate adaptation, and green development initiatives.