NanoPaper™ Flexible Electronics Substrate — 5 x A4 Sheets
NanoPaper™ Flexible Electronics Substrate — 5 x A4 Sheets
Tangho NanoPaper™ is a bio-based cellulose nanofiber film substrate engineered for printed and flexible electronics prototyping, evaluation, and research. It provides a smooth, electronics-ready surface, strong handling performance, and validated thermal tolerance for common cure profiles in a standard A4 format that fits benchtop printers, ovens, and lab workflows. NanoPaper is suitable for work on printed sensors, antennas, RFID/NFC structures, heaters, interconnects, and related flexible electronic devices.
Core specifications
- Format: 5 A4 sheets, 210 × 297 mm
- Material: natural cellulose nanofibers only
- 50 µm grade: 50–55 g/m² basis weight, 2.1 µm Ra surface roughness
- 30 µm grade: 30–35 g/m² basis weight, 1.2 µm Ra surface roughness
- Appearance: translucent off-white / yellow, matte low-gloss finish
- Thermal guidance: safe curing guidance listed at under 30 minutes at 150 °C, under 10 minutes at 200 °C, and under 2 minutes at 220 °C, with degradation onset around 275 °C
- Printing compatibility: suitable for screen, inkjet, and aerosol/dispense (DIW) evaluation workflows; qualify with your ink and process conditions
Thickness options
- 50 µm — Recommended
- 30 µm
Which thickness should I start with?
For most first-time evaluations, we recommend 50 µm. It offers the best all-around balance of robustness, handling, and process compatibility for general printed-electronics development. The 30 µm option remains available for thinner constructions where lower caliper is a specific requirement.
Technical documents
- View Technical Data Sheet — 50 µm
- View Technical Data Sheet — 30 µm
- View Handling, Storage, and Thermal Processing Guide
For first trials, use the lowest curing temperature and shortest dwell that achieve the required result. Pre-dry when moisture pickup is suspected, support sheets flat during elevated-temperature curing, and allow ambient reconditioning after higher-temperature annealing before final flexibility assessment.
*Looking for a different format or rolls? Contact us!
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