Safe water-soluble plastics with pre-programmable water resistance for sustainable packaging and beyond
Timeplast offers a bio-based, water-soluble resin technology that functions like conventional plastic during use but dissolves completely in water without leaving microplastics or toxins. Dissolution timing is pre-programmable from 60 seconds to 60 years, enabling customizable lifespans for packaging, consumer goods, and industrial applications.
Overview
Timeplast is a proprietary, bio-based water-soluble resin technology engineered as a sustainable alternative to conventional plastics. The material behaves like standard plastic during its intended useful life—maintaining structural integrity, rigidity, and flexibility—then dissolves completely upon contact with water, breaking down into harmless sugar alcohols. No microplastics, toxins, or other contaminants remain. A key differentiator is the ability to pre-program the dissolution timeline at the molecular level, allowing manufacturers to select a material lifespan tailored to the product's end-of-life requirements. This technology directly addresses the global plastic pollution and microplastification crisis by offering a fully programmable, environmentally responsible material.
Technical specifications
Key features:
- Pre-programmable water resistance through molecular-level formulation control, enabling three primary product tiers:
- Active: dissolves between 60 seconds and 6 months
- Delayed: dissolves between 6 months and 6 years
- Passive: dissolves between 6 years and 60 years
- ASTM E 1148 certified for complete dissolution in water
- Bio-based composition using safe ingredients; end products are low molecular weight sugar alcohols
- Manufacturing compatibility with standard industrial-scale processes including blown film extrusion, injection molding, blow molding, and sheeting—demonstrated with bottles, spoons, tubing, thick sheeting, and flexible films
- No synthetic chemicals of concern, such as PFAS
- Protected intellectual property with multiple USPTO patents
- Pabyss reactor system designed to accelerate orderly depolymerization for end-of-life material management
Dissolution timing depends on several variables: water temperature, agitation, water volume, part thickness, manufacturing heat and pressure conditions, and pellet formulation ratios.
Technology readiness level
Timeplast has successfully pelletized its resin and produced rigid and flexible applications using industrial-scale machinery, demonstrating manufacturing readiness. The material has achieved ASTM E 1148 certification confirming complete water dissolution. Extensive laboratory testing has validated the relationship between formulation ratios and water resistance across the three product tiers. Planned next-stage validation includes toxicity analysis, dissolution product toxicity analysis, marine biodegradability studies, compostability assessment, and food contact certification. The technology is currently advancing from laboratory validation toward broader commercial deployment and is suitable for pilot engagements and co-development partnerships in packaging, consumer goods, 3D printing filaments, and other sustainable material applications.
About Timeplast
Timeplast is a chemical technology company that specializes in developing time-programmable, water-soluble materials designed as sustainable alternatives to traditional plastics. Their proprietary resins are engineered to function like conventional plastics during their intended use, maintaining durability and structural integrity, but are designed to dissolve completely in water at the end of their lifecycle without leaving microplastics or harmful residues. By utilizing advanced copolymerization processes, the company creates materials that can be molded into various forms and are compatible with standard manufacturing techniques such as extrusion, blowing, and injection. Additionally, Timeplast has developed a reactor system called the Pabyss, which is designed to accelerate the orderly depolymerization of their materials, offering an end-to-end approach to managing plastic waste.
The company serves sectors requiring sustainable packaging, 3D printing filaments, and waste reduction solutions, aiming to displace conventional plastics, metals, paper, and glass. Timeplast emphasizes its commitment to environmental responsibility through materials that avoid synthetic chemicals like PFAS. Their technology is protected by multiple USPTO patents, and they have engaged in various product applications, including the development of 3D printing filaments and efforts toward commercializing their materials for consumer goods. As a company that has utilized retail crowdfunding to support its research and operations, Timeplast continues to focus on scaling its manufacturing processes and expanding the market adoption of its proprietary sustainable material solutions.
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