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PepsiCo

Last updated January 31, 2026
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Hermetic container closure geometry: PepsiCoRecent Research Landscape

Product spoilage and ingredient contamination occur when beverage containers cannot be hermetically resealed after initial activation. These innovations utilize specialized cap geometries and mechanical seals to maintain ingredient integrity and extend shelf life.

What technical problems is PepsiCo addressing in Hermetic container closure geometry?

Accidental beverage container leakage

(2)evidences

Standard beverage cans lack the ability to maintain internal pressure once opened. Preventing gas escape and liquid spills after the initial seal breach ensures product freshness and portability.

Cartridge leakage prevention

(2)evidences

Environmental exposure and moisture ingress compromise the shelf life and potency of sensitive beverage components. Ensuring isolation prevents spoilage and maintains flavor integrity until the moment of consumption.

Uncontrolled internal pressure buildup

(1)evidences

Excessive internal gas buildup leads to catastrophic structural failure or explosion of hermetic enclosures. Preventing uncontrolled bursting ensures operational safety and equipment integrity.