Cargill

Last updated January 31, 2026

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Bituminous binder rheology: CargillRecent Research Landscape

Variable thermal susceptibility in pavement leads to premature rutting and cracking costs. Engineering the viscoelastic properties of the binder ensures structural integrity under heavy load cycles.

What technical problems is Cargill addressing in Bituminous binder rheology?

Poor interfacial adhesion

(7)evidences

Weak chemical bonding between the bituminous binder and mineral aggregates leads to moisture damage and stripping. Strengthening this interface prevents premature pavement failure and structural disintegration.

Petroleum based binder scarcity

(5)evidences

Insufficient internal strength and adhesion in asphalt mixtures lead to premature structural failure. Improving the binding properties prevents aggregate displacement and pavement disintegration.