Stretchable conductive paste: Graphite Carbon
Stretchable conductive paste: Graphite, carbon, carbon-based / Conductive paste for wiring that maintains stretchable conductivity.
Stretchable conductive paste: Graphite, carbon, carbon-based / A combination of stretchable resin and graphite & CNT that can be repeatedly stretched and contracted.
Stretchable and Resistance Change Type Conductive Paste (Graphite-based) ◎ Volume resistivity 30Ω·cm² With a length of 2cm, width of 3mm, and thickness of 0.2mm, approximately 5kΩ ※ Dispersed in a stretchable resin ※ Viscosity 3-5 P (Not suitable for inkjet, intended for dispenser or screen printing) ※ Has adhesion to resin sheets. ※ Resistance change rate is about 3 times, with PTC characteristics. ※ Current maximum operating temperature is 120°C ※ Water-resistant. ⇒ Applications include resistance change type sensors, contact sensors, etc. Samples are available for a fee.
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basic information
Low-resistance, stretchable conductive paste ◎ Volume resistivity: below 1Ω·cm² Approximately 40Ω for a length of 2cm, width of 3mm, and thickness of 0.3mm ※ Dispersed in adhesive resin ※ Viscosity: 3–5PS (Not suitable for inkjet; intended for dispenser or screen printing) ※ Can replace existing silver-based pastes. ※ Has adhesion to resin film sheets. ※ Current maximum operating temperature is 120℃ Fluoropolymer products are also planned ※ Water-resistant. ⇒ Applications include partial adhesion for electronic components, electrical wiring, etc. Samples are available for a fee.
Price information
The price varies depending on the quantity, so please feel free to contact us.
Price range
P2
Delivery Time
P4
※The delivery time may vary depending on the quantity, so please feel free to contact us.
Applications/Examples of results
- Suitable for partial adhesion of electronic components, etc. - Can be used as a heater or heating resistor. - Electronic circuit wiring is also possible.
Company information
Y-Drive Co., Ltd. is a company that develops and researches printed electronics technology. In addition to the production of electronic devices using inkjet methods, micro-nano molding methods, and printing methods, we also undertake the fabrication of fine 2D and 3D printed wiring/structures (fabrication of structures at scales below a few micrometers) and the development of various electronic circuit boards. We also accept contracts for various image processing software (camera systems and 3D sensor systems), FPGA design, electronic control software development, and embedded electronic device development.
