Ferroelectric Polymer Powders and Blends
Our advanced components are built upon a foundation of best-in-class ferroelectric polymers. We strategically utilize two distinct classes of these materials—piezoelectric copolymers and relaxor ferroelectric terpolymers—each selected for its unique properties to achieve optimal performance in either sensing or actuation. All our raw materials are high-purity powders sourced from our trusted partner, Piezotech (Arkema), ensuring world-class quality from the very start.
P(VDF-TrFE) Copolymers for Sensing Applications
P(VDF-TrFE) copolymers are normal ferroelectric polymers renowned for their strong and reliable piezoelectric response. This property allows them to generate an electrical charge when mechanically stressed, making them the ideal material for high-sensitivity sensor applications.
We leverage the excellent piezoelectric properties of P(VDF-TrFE) to engineer our flexible sensors. This enables the precise detection of minute changes in pressure, force, and vibration. To guarantee the highest quality and consistency for these critical applications, we choose to source these copolymers from our trusted partner, Piezotech, a global leader in their production.
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Key Properties:
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High piezoelectric coefficient
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Excellent thermal and chemical stability
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Proven reliability for sensor applications
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Primary Application: Structural Health Monitoring & Biomedical Health Monitoring
Relaxor Ferroelectric Polymers for Actuation
P(VDF-TrFE-CFE/CTFE) terpolymers are a special class of polymer exhibiting relaxor ferroelectric behavior. Unlike conventional piezoelectric materials, RFPs produce a giant electrostrictive strain, a significant change in shape and size, when an electric field is applied. This massive strain capability is the key to creating powerful and efficient actuators.
To build the world's most advanced low-voltage actuators, we require this unique class of polymer. We work in close partnership with Piezotech (Arkema), the exclusive supplier of these high-performance RFP terpolymers, ensuring we have access to the most innovative materials on the market.
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Key Properties
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Giant electrostrictive strain for powerful actuation
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High dielectric constant (High-k)
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The foundational material for our low-voltage technology
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Primary Application: Actuators Based on RFPs
Custom Blends for Optimized Performance
Beyond sourcing the best raw materials, our core expertise lies in creating custom polymer blends. By precisely mixing these copolymers and terpolymers, we can fine-tune critical properties like thermal stability, dielectric constant, and electromechanical response. This unique capability allows us to tailor materials to meet the demanding requirements of our clients' specific applications, delivering a level of performance that standard polymers cannot match.