India's road infrastructure faces significant challenges from rutting, cracking and moisture damage — driven by extreme climatic conditions, heavy traffic volumes and inadequate material selection. Discover how functionalized polyolefin-based products, like Solstice Titan®, can improve durability, adhesion and sustainability through more efficient mixing processes.
Rutting — permanent deformation of the pavement surface — creates hazardous driving conditions and increases vehicle operating costs. Cracking allows moisture to infiltrate the pavement, accelerating deterioration and shortening the road's lifespan. Addressing both is essential to safe, sustainable road infrastructure nationwide.
As Indian roads contend with extreme climatic conditions, growing traffic volumes and material-related distress, functionalized polymers offer a proven path to longer-lasting, more sustainable pavements.
How functionalized polyolefin-based products improve pavement resilience against the most common causes of road distress in Indian conditions.
Stronger binder-aggregate adhesion that extends pavement life and reduces long-term maintenance needs.
Enabling more efficient mixing processes that help reduce energy consumption and carbon emissions during production.
Supporting the development of road infrastructure built to last — and built more sustainably.
Following the same format as last year's session.
An in-depth look at functionalized polyolefin-based products and Solstice Titan® technology, including how they improve rutting, cracking and moisture resistance while enabling more efficient, sustainable mixing.
A discussion featuring a Solstice Titan® representative alongside industry panelists on real-world application and impact. Panelists to be announced.
An open floor for audience questions on implementation, performance and next steps.
The session will feature case studies showcasing the successful implementation of Solstice Titan®, with speakers from organisations that have benefited from the technology sharing how it has enhanced the durability and performance of their road infrastructure.