Strategic Partners
EcoBasket Smart Dowel Support System
EcoBasket®️ has received a Technical Opinion issued by the Secretariat of Infrastructure, Communications, and Transportation (SICT) and a Technical Evaluation conducted by the Mexican Institute of Transportation (IMT), the agencies responsible for analysis, research, and technical development in the field of highway infrastructure in Mexico.
These evaluations confirm the system’s performance in key areas such as:
• Efficient load transfer
• Alignment and stability of joint transitions
• Structural behavior at pavement joints
In practical terms, EcoBasket®️ is not an experimental system, but rather a technically evaluated and validated solution for use in highway infrastructure projects.
In addition, the EcoBasket®️ system has been approved by the SICT Standards Committee and is now included in the standard
“Hydraulic Concrete Slabs” (N·CTR·CAR·1·04·009/26), where the modular plastic basket for placing expansion joints is described in section G.7
EcoBasket Smart Dowel Support System
Elevate your construction with our Smart Dowel Support System—the eco-friendly option that reduces costs and emissions without compromising quality and affordability.
EcoBasket
Designed with High Tech MFG & Design with a genuine commitment to creating sustainable and innovative products.
Resistant and High-Impact
Copolymer
100% Recycled Plastic
Nano Tech Super strength
Additive
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Traditional Steel Dowel Baskets vs. EcoBasket Supports
Why pay more for a less sustainable option?
By switching to EcoBasket, you get:
• 50% savings on transportation and storage costs
• 50% fewer carbon emissions — significantly reduce your project’s environmental impact
• 10% lower cost per unit — save on every slab
✅ EcoBasket: the sustainable and most cost-effective alternative
The Best Solution
EcoBasket
EcoBasket is an innovative continuous load transfer system specifically designed to ensure optimal load distribution between concrete slabs.
Unlike traditional dowel systems, EcoBasket provides uninterrupted support along the joint, significantly reducing faulting, pumping and long-term maintenance costs.
