Infrared preform heating profile: NestleRecent Research Landscape
Inconsistent heat absorption across multilayered walls causes delamination and structural failure during blow-molding. Precise thermal gradient control ensures uniform material distribution and barrier integrity.
What technical problems is Nestle addressing in Infrared preform heating profile?
Structural instability under internal pressure
(10)evidences
Standard rigid containers fail to dispense high-viscosity contents effectively under pressure. Improving wall deformation characteristics ensures complete product evacuation and structural integrity during aseptic processing.
Inadequate beverage container hermeticity
(5)evidences
Structural failure and leakage during high-pressure beverage extraction. Ensuring reliable containment prevents product waste and machine damage.
Nonuniform thermal distribution
(3)evidences
Inconsistent temperature gradients across preform thickness lead to structural defects during blow molding. Precise thermal control prevents material thinning and mechanical failure in the final container.