SIM test of Neoloy® Tough-Cells vs HDPE

Описание: Prepare for a revelation that's transforming the geosynthetics industry. Our video showcases a SIM Accelerated Creep Test (Stepped Isothermal Method) pitting Neoloy against an HDPE-based geocell from a renowned US manufacturer. The stakes? Predictive long-term performance!

Watch closely: The HDPE geocell experiences a staggering 3% deformation, equivalent to 2 years under time-temperature conditions. In contrast, Neoloy defies expectations, with deformation not exceeding 3% even after a remarkable 75 years!

But why does this matter? When a geocell creeps and its cell walls elongate, volume increases, leading to reduced confinement. This expansion causes infill settlement, compromising compaction.

The test isn't just data; it's a revelation for designers and clients alike. It offers invaluable insights into creep reduction factors and lifetime estimates. The verdict? Neoloy® Tough-Cell shines with unbeatable creep resistance compared to HDPE geocells.

Get ready for the science behind the innovation! The ASTM D6992 SIM test is our hero, predicting accelerated creep rates of polymers, unveiling their true long-term behavior. Each temperature step in the oven reveals a magnitude change, each one a revelation on a 10-fold scale.

Dive deep into the future of geosynthetics at www.prs-med.com or contact our advisors for a personalized communication at [email protected]

The revolution is here, and Neoloy Tough-Cell leads the way!