Blood Glucose Test Strip Pastes | Biosensor Electrodes Electronic Materials
Medical-Grade Screen Printing Pastes for Blood Glucose Test Strips & Biosensor Electrodes
Our precision-formulated low-leaching pastes are designed for disposable diagnostic biosensor production. Strict particle size control and tight batch tolerance ensure uniform printed layers and stable electrochemical signals, delivering repeatable, accurate readings for point-of-care medical devices.
Key Applications
- 1
Blood glucose test strips
- 2Disposable electrochemical biosensor electrodes
- 3Diagnostic test strip circuit layers
Material Solutions
- Silver/Silver Chloride Paste: Print reference electrodes for biosensor systems
- Carbon Paste: Working and counter electrodes for electrochemical detection
- Dielectric Insulating Ink: Define sensing active areas and provide electrical isolation
| Model | Description | Substrate | Drying & Firing Condition | Conductivity |
|---|---|---|---|---|
| SPL-1201 | Silver Paste | PET | 130℃/30min | <8 mΩ/sq/mil |
| SPL-1202 | Silver Paste | PET | 130℃/30min | <10 mΩ/sq/mil |
| SPE-L502 | Silver Paste | PET/PI/ITO | 120℃&5min / 150℃&5min | ≤15 mΩ/sq/mil |
| SPE-L106 | Silver Paste | PET/PI/ITO | 120℃&45min / 150℃&10min | ≤10 mΩ/sq/mil |
| SPY-8206S | Silver Paste | PET/PI | 90℃/8min | <30 mΩ/sq/mil |
| SPY-8207 | Silver Paste | PET/PI | 90℃/8min | ≤18 mΩ/sq/mil |
| CPM-2002 | Graphite Carbon Paste | PET | 120℃/30 min | ≤ 8Ω/sq/mil |
| DPU6501 | UV Curing Dielectric Paste | PET, paper fabric, plastic film | 650mJ/cm2 | ＞800V/mil |
| DPU6502 | UV Curing Dielectric Paste | PET, paper fabric, plastic film | 650mJ/cm2 | ＞800V/mil |
| DPU6503 | UV Curing Dielectric Paste | PET, paper fabric, plastic film | 650mJ/cm2 | ＞800V/mil |
Core Advantages
Related FAQ’s
A: Absolutely. They are widely used for working, counter and reference electrodes of glucose and other POCT biosensor strips.
A: Strict raw material control and fixed manufacturing process ensure ultra-low batch-to-batch variation, which is essential for stable electrochemical signals.
A: PET and PVC are the most common substrates; we can adjust adhesion and printing performance based on your substrate choice.
A: Sample kits are available for lab evaluation, so you can complete performance verification before formal mass production.
