INNOVATING
Resilient Roads
Renolith 2.0 admixture represents cutting-edge nanotechnology seamlessly integrated with conventional cold-recycling in-situ or plant mixed cementitious stabilisation techniques. This advanced solution facilitates the construction of high-performing road pavement base layers using any in-situ soil or recycled aggregate.
Improve Mechanical Performance
Improved engineering properties.
Increased CBR, compressive strength, flexural strength and elastic modulus.
Low Permeability
Resilience. Low permeability and high resistance to water induced damage allow use in flood-prone roads.
Suitable for all soils
Base and sub-base pavement layers can be constructed from any inorganic soil, including contaminated soils.
Cost Effective
Pavement construction costs can be significantly reduced (15% to 60%) with the application of Renolith 2.0.
RENOLITH 2.0 ENABLES
Sustainable Pavement
- Base layers constructed from 100% recycled material
- >50% reduction in quantity of material use
- >90% reduction in GHG emissions (scope 1, 2 & 3)
- Greatly improved fatigue life (traffic capacity) and resilience (low permeability)
- Reduced construction cost and whole-of-life cost
- Greatly reduced risk of premature failures (ruts, cracks, potholes)
Renolith Applications
Adaptable solutions cater to a myriad pavement applications, ensuring resilient infrastructure that lasts for decades.
Sealed Roads
Unsealed Roads
Haul Roads
Hardstands
Footpaths/Cyclepaths
Car parks
Global Success Stories
Explore our case studies showcasing how innovative solutions redefine road construction success globally.
Research and Test Reports
There are dozens of independent studies and test reports characterising the behaviour of Renolith admixture in a variety of applications. Please contact us for more information.
