Predictive Modeling
Mathematical calculation of package integrity over time helps brand owners determine when food products will spoil due to moisture or oxygen exposure. Through shelf life prediction, food scientists correlate the barrier properties of the paperboard with the degradation limits of the product. This analysis takes into account the water vapor transmission rate of the functional coatings.
It enables companies to select the optimal barrier material without relying on years of real-time testing.
Environmental Simulation
Testing procedures subject the packaged goods to accelerated aging within environmental chambers with controlled humidity and temperature. The mathematical models use these results to calculate how quickly moisture will penetrate the barrier under typical retail conditions. This process accounts for seasonal temperature fluctuations and regional humidity variations to ensure safety margins.
The simulated data are then combined with known product degradation kinetics to establish a reliable expiration date. It reduces the risk of premature product spoilage in the market.
Storage Optimization
Optimizing the barrier level prevents over-packaging while ensuring the food stays fresh. This balance minimizes both packaging costs and food waste across the supply chain. Accurate prediction allows converters to develop thinner, more sustainable barrier boards.
The final product remains protected throughout its intended retail cycle.
