Renolith™ is a patented polymer-based emulsion of latex, cellulose and nanoparticles. It is used as an additive to enhance soil-cement pavement construction and performance.
DOUBLE STRENGTH FORMULA

RENOLITH 2.0

Renolith™ is a patented polymer-based emulsion of latex, cellulose and nanoparticles. It is used as an additive to enhance soil-cement pavement construction and performance. Road construction cost savings of up to 60% are achievable. Unlike other additives, Renolith:

  • Inhibits crack formation and crack growth
  • Suitable for bound flexible pavements and concrete
  • Compatible with cement,lime and cementitious binders
  • Can be used with any in-situ soil (or recycled pavement)
  • Does not require periodic reapplication
Renolith 2.0 1,000 Liters IBC container

Soil-Cement Stabilisation

Stabilisation is used to increase the mechanical performance of soils for the construction or rehabilitation of subgrades and pavements. This process can permit a reduction in pavement depth and enable recycled, site-won, and lower grade materials to be used for pavement construction. However, cement-only stabilisation has application and performance limitations.

renolith stabilisation process

Renolith Enhancement

Renolith™ pavements are constructed using standard soil-cement stabilization methods. Typical problems such as cracking, rutting and potholing are eliminated. Renolith™ roads are durable, sustainable and cost 15%-60% less to construct than conventional methods. 

renolith enhancement

RENOLITH 2.0

Features & Benefits

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Thinner Pavements

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Improve mechanical performance

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Low Permeability

Low cost

Reduce road construction cost

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Suitable for all soils

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Fast & efficient construction

Construction Process
Soil Stabilization
Advantages
  • Significantly reduces the susceptibility of soil-cement to shrinkage cracking and fatigue cracking.
  • Pavements are thinner, use in-situ material and need less asphalt to provide fatigue resistance in heavily trafficked applications.
  • With the use of in-situ soils, environmental impacts from excavation, quarrying, milling, washing and materials transportation are significantly reduced.
  • Pavements are durable and cure rapidly, reducing the disruption, delay, and rework experienced during and after inclement weather.
  • Significantly reduce carbon footprint through reduced pavement depth, high use of recycled/in-situ material and decades of durability.
Applications
  • Suitable for all types of soils and cold recycling applications, including problematic soils such as peats, expansive clays, saline and contaminated soils.
  • Recycled materials such as Recycled Concrete Aggregate (RCA) and Supplementary Cementitious Materials (SCMs) (e.g., fly ash) can be incorporated.
  • Reduces construction water requirements and can enable the use of non-potable water.
  • Able to construct pavements in a range of climates including tropical, perma-frozen, and freeze-thaw environments.
  • Suitable for a wide range of civil applications such as pavements (sealed roads and unsealed roads, haul roads, runways, carparks, footpaths and hardstands), dams, embankments and mine tailing containment.
RENOLITH IS COMMITTED TO SUSTAINABILITY

via a triple bottom line model:

  • People – better roads with less roadworks disruption.
  • Planet – reduce materials use and carbon footprint.
  • Profit – cheaper to construct and maintain.
SUPPLY

Renolith 2.0 is manufactured in Europe under an ISO-9001 compliant Quality Management System. It conforms to standard EN 934-2:2009. Renolith 2.0 is available in 5L sample containers and 1000L IBCs via renolith.com.au

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Renolith Samplekit

Request Your Free Sample Kit Now

Experience the cutting-edge nanopolymer admixture that enhances the durability and performance of cementitiously-bound materials.

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