Syngenta

Last updated January 31, 2026

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Thermally stabilized agrochemical matrices: SyngentaRecent Research Landscape

Inconsistent bioavailability and poor shelf stability of active ingredients lead to wasted chemical application and reduced crop protection. These innovations engineer the physical state and carrier matrix to ensure precise delivery and environmental resilience.

What technical problems is Syngenta addressing in Thermally stabilized agrochemical matrices?

Active ingredient thermal degradation

(11)evidences

Agrochemical compounds often lose efficacy or decompose when exposed to high temperatures during storage or application. Preventing this breakdown ensures consistent biological performance and extended product shelf life.

Active ingredient thermal degradation

(10)evidences

High temperatures during storage or application cause chemical breakdown of herbicidal compounds. Preventing this loss of potency ensures consistent biological efficacy in diverse climates.

Active ingredient thermal degradation

(6)evidences

Chemical instability during storage or environmental exposure reduces efficacy. Preventing decomposition ensures consistent biological performance and extended product shelf life.

Thermal formulation instability

(4)evidences

Agrochemical compounds often lose efficacy or decompose when exposed to high temperatures during storage or application. Preventing this loss ensures consistent biological performance in extreme climates.