Piezoresistive inks
Introducing Nanopaint’s Piezoresistive Inks: Revolutionizing Smart Sensing Applications
Nanopaint offers a diverse range of piezoresistive inks designed for innovative sensor applications across various industries. These inks exhibit significant changes in electrical resistance when subjected to mechanical deformation, enabling the development of advanced pressure, force, and stretch sensors.
Why Choose Nanopaint’s Piezoresistive Inks?
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Versatility: Suitable for a wide range of substrates, including textiles, elastomers, and rigid materials;
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Customization: Tailored formulations to meet specific application requirements;
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Sustainability: Our inks are formulated to be non-hazardous, ensuring safety during handling and end-use;
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Performance: High stability and reliability in various operating conditions;
Nanopaint´s Flagship Innovation
Direct Printing on Conductive Substrates: One of the standout advantages of using Nanopaint’s piezoresistive inks is the ability to print directly onto conductive layers such as flexible electronics, circuits, and conductive fabrics. This reduces the need for additional layers, simplifies manufacturing, and ensures excellent adhesion and performance in final devices.
Enhanced Integration: By eliminating the need for additional processing steps, our inks make it easier to integrate sensors into your devices, whether for wearable electronics, automotive applications, or smart textiles.
The advantage to work without additional layers or substrates (spacer for example) reduces the cost of production volume allowing to add MORE INNOVATION to your products at LOWER COST!
Explore Our Piezoresistive Demo Kit
Piezoresistive ink InkPR02NP
Features:
- Strong variation in electrical resistance upon mechanical deformation
- Flexible and high stretchable
- No post-treatment required to activate electroactive properties
Applications:
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Pressure sensors
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Stretchable sensors
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Force sensors
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Novel Piezoresistive ink SBPR03InkNP
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Variation in electrical resistance upon mechanical deformation
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Flexible and stretchable
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Easy printability
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No post-treatment required to activate electroactive properties
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Directly printable onto conductive layers, allowing seamless integration into printed electronics and conductive substrates.
Applications:
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Pressure sensors
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Stretchable sensors
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Force sensors
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SBInkPR03NP® Technical Data Sheet
Piezoresistive ink for fabrics: E-TeXPR01NP
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Strong variation in electrical resistance upon mechanical deformation
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Flexible and stretchable
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Low-temperature curable
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Soft and velvety touch
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Directly printable onto conductive layers
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Not harmful for health
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Easy cleaning
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Direct textile printing
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High stability in the screen
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Applications:
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Smart textiles
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Wearable electronics
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Biomedical sensors
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E-TeXPR01NP® Technical Data Sheet
Resistive inks for Force Sensors Resistors
NPFlex Pro (HR)®
NPFlex Lite (LR) ®