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Cargill

Last updated January 31, 2026
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Natural oil triglyceride plasticizer: CargillRecent Research Landscape

Petroleum-derived emollients face regulatory pressure and supply chain instability, which is mitigated by engineering natural oil-based lipid structures. Controlling the chemical modification of bio-lipids ensures functional equivalence to petrolatum while meeting sustainability mandates.

What technical problems is Cargill addressing in Natural oil triglyceride plasticizer?

Petroleum feedstock dependency

(3)evidences

Reliance on non-renewable mineral oil sources for ointment bases. Transitioning to bio-based alternatives reduces environmental toxicity and supply chain volatility.

Petrochemical feedstock dependence

(3)evidences

Standard wax and bio-based triglyceride structures lack sufficient elongation and flexibility for industrial applications. Overcoming this mechanical limitation prevents cracking and structural failure in end-use products.

Inconsistent candle combustion rates

(2)evidences

Standard natural oil triglycerides often suffer from poor burn consistency and structural integrity during thermal consumption. Resolving these instabilities prevents soot formation and ensures uniform wax consumption.

Inadequate lubricant thermal oxidative degradation

(2)evidences

Excessive traction and friction in mechanical interfaces lead to parasitic energy loss and heat generation. Reducing these losses improves mechanical efficiency and component longevity.