TAGS: Polymer Reinforcement
First Graphene Limited announces the release of PureGRAPH® MB-EVA Bitumen, a graphene-loaded carrier masterbatch for blending into asphalt mixture.
Designed to improve mechanical properties and stability of roads and other asphalt surfaces, the masterbatch can also be added to bitumen storage tanks to create a graphene-enhanced polymer modified binder without the need for high shear mixing.
Graphene Additives in Manufacturing Process
Masterbatches are formulated to allow product manufacturers to easily incorporate graphene additives into their manufacturing processes.
PureGRAPH® MB-EVA Bitumen is a graphene enhanced Ethylene-Vinyl Acetate (EVA) masterbatch, which takes advantage of First Graphene’s few-layer,
high-performing graphene additives. The new formulation further extends First Graphene’s masterbatch product range to cater for yet another large, globally significant industrial application.
While graphene enhanced asphalts have undergone trials by other providers in Europe and the UK, First Graphene’s PureGRAPH® MB-EVA Bitumen formulation is the first solution available for widespread commercial applications. The masterbatch formulation utilises the Company’s proven
PureGRAPH® graphene product, which is manufactured to precise standards and at tonnage volumes.
Michael Bell, managing director and CEO of First Graphene said, “
PureGRAPH® MBEVA Bitumen further extends the Company’s masterbatch range to cater directly for another major global industry, which is valued at more than US$60 billion with a strong growth trajectory predicted over coming years. First Graphene’s masterbatch products are designed to enable easy incorporation of PureGRAPH® enhanced carriers into common materials without the need for specialist equipment or significant changes to production processes. The company continues to work with industry to develop solutions, educate manufacturers on the many benefits of graphene and therefore build faster paths to market.”
View Complete PureGRAPH® Product Range
Source: First Graphene