Waterproof Breathable Functional Membrane
Highlights fluorine-free, waterproof, breathable, and moisture-permeable performance for functional composites and textile systems with higher environmental requirements.
Application Direction
Translating Electrospinning Technology Into Customer-Oriented Application Value
The application page explains value through performance, comfort, environmental compliance, and production feasibility.
Membrane / Medical / FiltrationProtection / Flexible Sensing
Collagen Medical Dressing
Targets bioengineering and wound-care scenarios with emphasis on biocompatibility, drug-loading space, and controlled-release structure design.
Filtration and Protection
Uses high specific surface area and porosity to build filtration materials for air filtration, liquid filtration, and protection applications.
Electronic Skin and Flexible Sensing
Extends PI film flexibility, thermal resistance, and dielectric stability toward flexible sensing and complex-surface fitting.
Waterproof Membrane
What Customers Care About
- Whether waterproofness, breathability, and moisture permeability can be achieved together.
- Whether the product meets fluorine-free or lower environmental-risk market requirements.
- Whether it is suitable for lamination and mass-production structure design.
- Whether it supports comfort, lightweight design, and environmental claims for composite materials.
Filtration & Protection
Key Messages for Filtration and Protection
- High specific surface area and porosity of nanofiber membranes help form high-efficiency filter media.
- Material structures can be optimized around flux, resistance, and filtration efficiency.
- Suitable for integration with existing filtration systems or composite material structures.
- Future extensions can include antibacterial, conductive, or other functional composite directions.
Value Matrix
Application Value Matrix
| Scenario | Customer Concern | Yijin Value Proposition |
|---|---|---|
| Waterproof breathable membrane | Waterproof pressure, moisture permeability, basis weight, environmental compliance | Fluorine-free nanomembrane and composite structure optimization |
| Medical dressing | Biocompatibility, drug-loading space, controlled-release capability | Natural polymer spinning and nanofiber structure design |
| Filtration | Efficiency, resistance, material stability | High surface area and pore-structure advantages of nanofibers |
| Protection / medical | Safety, functional expansion, comfort | Fluorine-free route, modifiability, and composite development |
Co-Development
Use this page as an entry point for application-based business discussions
With real cases, test data, and scenario images added later, this page can serve directly as an external application showcase.