| PVDF, metallized film, 0.025 mm, 100 × 100 mm, ohms/square 2 |
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| (PVDF), metallized film, thickness 0.025 mm, size 100 × 100 mm, ohms/square 2 |
| PVDF, metallized film, 0.025 mm, 200 × 200 mm, ohms/square 2 |
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| (PVDF), metallized film, thickness 0.025 mm, size 200 × 200 mm, ohms/square 2 |
| PVDF, metallized film, 0.025 mm, 50 × 50 mm, ohms/square 2 |
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| (PVDF), metallized film, thickness 0.025 mm, size 50 × 50 mm, ohms/square 2 |
| PVDF, metallized film, 0.03 mm, 149 × 215 mm, ohms/square 2 |
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| (PVDF), metallized film, thickness 0.03 mm, size 149 × 215 mm, ohms/square 2 |
| PVDF, metallized film, 0.03 mm, 215 × 298 mm, ohms/square 2 |
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| (PVDF), metallized film, thickness 0.03 mm, size 215 × 298 mm, ohms/square 2 |
| PVDF, metallized film, 0.04 mm, 100 × 100 mm, ohms/square 2 |
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| (PVDF), metallized film, thickness 0.04 mm, size 100 × 100 mm, ohms/square 2 |
| PVDF, metallized film, 0.04 mm, 50 × 50 mm, ohms/square 2 |
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| (PVDF), metallized film, thickness 0.04 mm, size 50 × 50 mm, ohms/square 2 |
| PVDF, metallized film, 0.05 mm, 145 × 205 mm, ohms/square 2 |
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| (PVDF), metallized film, thickness 0.05 mm, size 145 × 205 mm, ohms/square 2 |
| PVDF, metallized film, 0.05 mm, 205 × 291 mm, ohms/square 2 |
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| (PVDF), metallized film, thickness 0.05 mm, size 205 × 291 mm, ohms/square 2 |
| PVDF, metallized film, 0.052 mm, 200 × 200 mm, oriented uni-axially oriented |
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| (PVDF), metallized film, thickness 0.052 mm, size 200 × 200 mm, oriented uni-axially oriented |
| PVDF, metallized film, 0.052 mm, 400 × 400 mm, oriented uni-axially oriented |
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| (PVDF), metallized film, thickness 0.052 mm, size 400 × 400 mm, oriented uni-axially oriented |
| PVDF, metallized film, 0.052 mm, 50 × 50 mm, oriented uni-axially oriented |
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| (PVDF), metallized film, thickness 0.052 mm, size 50 × 50 mm, oriented uni-axially oriented |
| Metallized piezoelectric film, sputtered Cu/Ni electrode |
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Uniaxially oriented with high d31 of 29-31 pC/N. d33 is higher than 20 pC/N and modulus is > 2.0 GPa.
Roll-to-roll sputtered (70 nm or 200 nm)) copper +10nm nickel Cu/Ni electrode. Ni is used to prevent the oxidization of copper. The adhesion of the electrode to PVDF is very strong and it can easily pass tape peel test.
The ultrathin electrode provides additional reliability in long-term operation.
The CuNi electrode can be etched by 1% FeCl3/H2O solution for you to produce your own sensors/actuators.
Uniaxially oriented with high d31 (but almost no d32). |
