EURIKAS
Asphalt modification

Asphalt modification

Europe’s road network is mainly covered by asphalt. The more extreme climate conditions and never ending rush of traffic require continuous higher technical demands for what seems initially a simple product. The optimal combination of raw materials together with the right processing expertise and conditions, will guarantee a top-quality product with a maximum lifespan. As an asphalt or bitumen manufacturer you will be able to get the right product from us at any time.

SBS polymer

SBS polymers enhance asphalt by improving elasticity, durability, and resistance to cracking and rutting. They increase flexibility, aging resistance, and adhesion, ensuring longer-lasting, high-performance pavements with better thermal stability and load-bearing capacity.

> More on on www.lgchem.com

Amorphous polypropylene – APP

Atactic polypropylene (APP) polymers enhance asphalt and roofing by improving flexibility, durability, and weather resistance. They increase heat resistance, crack resistance, and waterproofing properties, ensuring long-lasting, high-performance pavements and roofing membranes in extreme conditions.

High density oxidized polyethylene wax

Ox-HDPE wax used in asphalt modification enhances adhesion, flexibility, and durability. It improves rutting and cracking resistance, optimizes processing, and increases weatherability, ensuring longer-lasting, high-performance pavements and roofing applications with superior thermal stability and workability.

> Download the GMT 1800 series portfolio

Featured stories

Paving the way for future growth

Paving the way for future growth

Missed us at the European Coatings Show 2025? Discover here how we can address tomorrow’s challenges today in the rapidly evolving coatings industry.

Proud to introduce a new fully bio-based coating

Proud to introduce a new fully bio-based coating

Eurikas is proud to introduce a new fully bio-based coating that can be easily applied on paper and board packaging. This is ideal for avoiding microplastics in the environment because it eliminates the need for synthetic polymers that contribute to microplastic pollution.