Organic Semiconducting Polymers
Ultra-pure regioregular polymers (e.g., rr-P3HT) for printable electronics, offering reliable device performance and roll-to-roll compatibility.
Our organic semiconducting polymer grades are synthesised and fractionated to minimise defects and maximise mobility. Formulated for solution processing, they are compatible with inkjet, slot-die and roll-to-roll deposition for thin-film solar cells, organic transistors and RFID elements. We offer molecular weight-controlled batches and tailored additives to optimise morphology and phase separation for device-level performance. Quality assurance includes mobility testing, GPC, UV-vis and thermal analysis.
Key features
Key features
- Low defect concentration for consistent charge mobility
- Tuned molecular weight and regioregularity
- Roll-to-roll process compatibility
- Device-level testing and process recipes provided
Precise real-world uses
- Thin-film printed solar modules and building-integrated photovoltaics
- Printable RFID and security tags
- Flexible medical and consumer sensors
Technical highlights
- Typical hole mobility: 10⁻³ – 10⁻¹ cm²/V·s (depends on processing)
- Mw and regioregularity control specifics included in datasheet
- Processing temperatures and solvent recommendations supplied
Request the organic semiconductor datasheet (mobility, GPC and processing notes).
Organic Semiconducting Polymers (rr-P3HT etc.) - Material Applications
Flexible rooftop solar film
Thin, bendable solar sheets you can stick to curved roofs or backpacks for trickle charging.
Printable RFID & security tags
Low-cost printed electronics used in event badges and product authentication.
Disposable medical sensors
Thin skin patches that measure temperature or healing progress and can be thrown away.
Smart price labels
Printed electronic tags that update prices or show discounts in real time.
Indoor light-harvesting blinds
Window blinds with printed semiconductors capture light to power small sensors.
Soil moisture sensor strips
Cheap printed strips for gardeners to check plant watering needs.
Wearable posture monitors
Flexible sensor strips that alert you when you slouch.
Printed photodetectors for toys
Light-sensing elements in interactive toys and learning kits.
Low-cost environmental sensors
Affordable printed sensors for schools to monitor local air quality.