Designed to Deliver. Then Disappear.
High-performance materials engineered to work with nature and help reduce environmental impact. Backed by science. Scaled globally. Helping build a future with less waste.
Designed to Deliver. Then Disappear.
High-performance materials engineered to work with nature and help reduce environmental impact. Backed by science. Scaled globally. Helping build a future with less waste.
Performance Designed for Your Application
Application-Driven Design
A cross-disciplinary team partners with you from design through development to optimize performance to the intended application.
Conversion and Scale Excellence
We convert materials into functional substrates through scalable processes via efficient prototyping and commercialization.
Protection and Integrity
AquaFilm® is precision-engineered to withstand specific environmental conditions, preserving product stability and maximizing shelf life throughout the entire lifecycle.
Activation by Design
Materials are designed to activate under specific, well-defined conditions, enabling precisely controlled delivery systems.
Partnership That Accelerates Innovation
From idea to impact—faster, with materials engineered for performance.
1. Discover  Â
2. Design
3. Prototype
4. Validate
5. Scale
MonoSol brings the value chain together to turn ideas into engineered, scalable material solutions.
We partner across polymer resin suppliers, brand owners and OEMs, formulators, and converters, aligning everyone early to connect design intent, material performance, and manufacturing realities from the start.
By integrating polymer science, application expertise, and scalable conversion capabilities, we guide concepts from early design through validation and scale, reducing complexity and accelerating development.
From concept to scale, we help make innovation real.
Validated by Science
Our materials are designed not only to perform—but to perform predictably under real-world conditions.
AquaFilm® performance is supported by decades of published research and environmental study. Current evidence indicates that, when used as intended, polyvinyl alcohol (PVA/PVOH) films are designed to dissolve in water and can biodegrade under appropriate conditions. They are not considered a source of solid microplastic particles under current scientific and regulatory definitions.
