Technology Features & Specifications
- The fiber fabrication process is based on the thermal drawing technique, which is highly stable and scalable.
- The feature size of the functional structures could be as small as 100 nm, enabling a wide range of thermal patterns and precise control of the emission level.
- The authentication pattern is invisible to the naked eye but can be easily observed by an infrared camera without additional radiation.
- The materials of the fibers are inexpensive and environment friendly.
- Thickness: 0.1 mm – 0.5 mm
- Optical transparency: >90% with the thickness of 0.1 mm
- Tensile strength: 20-200 MPa
- Structure size: 100 nm – 20 µm
- Max working temperature: 120 oC
- Fiber length: km
Potential Applications
- Authentication patterns (e.g. security labels) for textile products.
- Identity label for classifying different types of textiles.
- Uniform with ID information that cannot be seen in the visible region.
- Specialty textiles with surface radiation control.
Customer Benefits
- Identity label for classifying different types of textiles.
- Uniform with ID information that cannot be seen in the visible region
- Passive, no external power source needed
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