Timeplast’s ability to be composed of 70% water in its dry, solid form is remarkable and stems from our innovative design as a hydrophilic polymer. Unlike traditional plastics, which repel water, Timeplast integrates structured water molecules directly into its polymeric matrix. This means that 70% of its mass consists of water that’s chemically and physically locked into the material’s structure, making it a stable solid despite its high water content. This isn’t about water being loosely trapped or added post-production—it’s an intrinsic part of the material itself, achieved through our proprietary process.

The science behind this is grounded in advanced polymer engineering. We draw inspiration from materials like hydrogels and polysaccharide-based biopolymers, which can hold significant water while remaining solid. However, we take this further with a dynamically crosslinked framework that stabilizes the water molecules within the polymer network. This structure keeps the material functional and “dry” to the touch, yet allows it to dissolve controllably when exposed to water over time. Tests like Thermogravimetric Analysis (TGA) and Loss on Drying (LOD) can easily back this up, showing that 70% of its weight evaporates as water when heated, while methods like Karl Fischer Titration could precisely measure this embedded water content.

This high water composition is what makes Timeplast a standout alternative to conventional plastics. It’s not just water-soluble—it physically embodies water as a core component, enabling its 4D properties, where it evolves and degrades without leaving microplastics behind. The water isn’t a byproduct or a symbolic nod; it’s a foundational building block, setting our materials apart in both form and function.