QunguanIDE（Interdigital Electrode) on ito Glass 80μm Indium-Tin-Oxide Film Superpolar Conductivity Transparent Biosensor Medical Chemical Optical Sensor Chip (15mm×20mm, 12 pcs)

QunguanIDE（Interdigital Electrode) on ito Glass 80μm Indium-Tin-Oxide Film Superpolar Conductivity Transparent Biosensor Medical Chemical Optical Sensor Chip (15mm×20mm, 12 pcs)

Name: QunguanIDE（Interdigital Electrode) on ito Glass 80μm Indium-Tin-Oxide Film Superpolar Conductivity Transparent Biosensor Medical Chemical Optical
Brand: Qunguan
Price: 835.83 PEN
Availability: InStock

ID del producto: 547501833

Transacción segura

🌈≥84% optical transparency

📏80μm precision electrode lines

🔬≤6 Ω/sq ultra-low sheet resistance

Comprados juntos con frecuencia

Qunguan IDE（Interdigital Electrode) on ito Glass 80μm Indium-Tin-Oxide Film Superpolar Conductivity Transparent Biosensor Medical Chemical Optical Sensor Chip (15mm×20mm, 12 pcs)

ITO Coated Conductive Glass Transparent Indium tin Oxide Conductor Material 10×10×1.1mm Surface Resistance: <15ohm/sq for Lab R&D Use (168 Slides)

EDGELEC 120pcs Breadboard Jumper Wires 10cm 15cm 20cm 30cm 40cm 50 cm 100cm Wire Length Optional Dupont Cable Assorted Kit Male to Female Male to Male Female to Female Multicolored Ribbon Cables

Descripción

🔬 Elevate your biosensing game with precision and clarity!

HIGH OPTICAL TRANSPARENCY ≥ 84 - Crystal-clear substrate ideal for optical and biosensing applications
ROBUST 15 20 MM SODA LIME GLASS SUBSTRATE - Durable yet lightweight foundation for versatile sensor integration
ULTRA LOW 6 Ω SQ SHEET RESISTANCE ITO FILM - Ensures superior electrical conductivity for reliable data
LARGE ELECTRODE PADS FOR EFFORTLESS HANDLING - Streamline assembly and testing workflows with user-friendly design
PRECISION ENGINEERED 80 ΜM INTERDIGITATED ELECTRODES - Maximize sensor sensitivity with ultra-fine patterning

QunguanIDE offers 12 pieces of 80μm interdigitated electrodes on 15×20mm soda lime glass with a 2100Å thick Indium-Tin-Oxide film featuring ≤6 Ω/sq sheet resistance and ≥84% transparency. Designed for cutting-edge biomedical, chemical, and optical sensor applications, it combines precision patterning with easy handling to empower advanced diagnostics and environmental monitoring.