| Bike lane
Recycled, cost-effective, and quick to deploy... Materrup bike lanes offer mechanical performance while valorizing waste and preserving natural resources. By combining technology, recycling, and implementation methods, Materrup offers you to make no compromises for aesthetic and virtuous bike lanes, made of compacted road concrete. Carbon footprint: 50% reduction in carbon footprint compared to an equivalent conventional rapid-hardening hydraulic binder.
A high environmental value solution that preserves natural resources and biodiversity
Recycled, cost-effective, and quick to deploy... Materrup bike lanes offer mechanical performance while valorizing waste and preserving natural resources.
By combining technology, recycling, and implementation methods, Materrup offers you to make no compromises for aesthetic and virtuous bike lanes, made of compacted road concrete.
Carbon footprint: 50% reduction compared to an equivalent conventional rapid-hardening hydraulic binder.
Preserving Natural Resources:
- 75% of the sand used comes from short-cycle recycling (dredged sand) - UNIQUENESS OPTION UNELO
- 100% of the binder benefits from MATERRUP's CCC© technology: clay-based cement from locally sourced clay waste in a short cycle, -50% carbon, -50% embedded energy
- Limiting the use of fossil fuels: use of non-calcined clay cement MCC1© and cold application
Protecting Biodiversity:
- Formulation without limestone materials that do not alter the pH of natural soil
- Very low environmental impact in material formulation
- Very low environmental impact in implementation
Protecting Humans on Construction Sites:
- Zero impact on the health of workers and residents during construction
- No thermal emissions during implementation
- No toxic fumes for applicators
Protecting Humans in Use:
- Better light reflection
- Reduced heat islands due to high albedo effect
- Aesthetic appeal with a natural sand color tint
- Various finishes to adapt to your projects: brushed, troweled, or rough
No compromises on mechanical and economic performance... What is RCC - Roller Compacted Concrete?
Performance:
- High mechanical properties
- Longevity
- Suitable for heavy and/or repeated loads, even in unfavorable conditions
- Insensitivity to deformations due to heat
- Very good resistance to erosion and abrasion
- Very good resistance to weathering and temperature variations (extreme heat and cold)
- Very good resistance to chemical aggressions: fuels, oils, solvents, and other fluids
Simple and quick implementation
- Faster than an asphalt construction site
- Fixed or mobile Ready-Mix Concrete production units
- Quick implementation, therefore minimal disruption time in spaces
- Very quick return to service
Economic Solution:
- Economical solution compared to conventional asphalt
- No costly preparation: no waterproofing or surfacing, reduction of underlying granular structure thicknesses
- Low maintenance costs
- Few repairs during its useful life
- Reduced lighting needs due to light color.
| Made for : | Roadworks |
| Carbon footprint | Reduced by half compared to conventional cement. |
| Technologies | Ciment MCC1© - Technologie CCC© |
| Liant bas carbone Materrup | Argile non calcinée issue de déchets locaux en circuit-court |
| OPTION : granulats recyclés et valorisés | Sable local recyclé |
| Exposure classes according to formulations | XF1 , XF2 |
| consistency class | S1 |
| Fire reaction | A1 |
| Classe mécanique | BC2 - BC4 |
| Résistance en traction indirecte par fendage | > 1,7 MPa |
| Module en compression Ec à 28 jours | minimum 20GPa |
| Aligné sur la norme | NF P 98-170 |
| Classes de résistance | C20/25 (BC2) - C25/30(BC3) - C30/37 (BC4) |
Pistes cyclables
Couches de roulement
Aires de travail industrielles
Aires de stationnement
Terminaux de transport